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Radiofrequency ablation offers non-surgical treatment for thyroid nodules : Newsroom





An ultrasound image of the thyroid nodule, seen as an oval gray mass, sitting above the trachea (trachea). It is surrounded by the anterior strap muscles, the sternocleidomastoid muscle and the common carotid artery.

Vickie Bell-Perceval

DALLAS – May 23, 2022 – When Vickie Bell-Percival was offered the chance to have a nodule on her thyroid treated with a new non-surgical technique called radiofrequency ablation (RFA)she did not hesitate.

“The options were surgery or RFA. My concerns were how invasive the treatment would be and how long it would take to heal. I also wanted it done quickly. My doctor said she could schedule the ablation for Friday and – boom shakalaka! — it was done,” Ms. Bell-Percival said.

Earlier this year, Bell-Percival became the first UT Southwestern patient to undergo RFA for her thyroid nodule. Although being the first made her experience special, Ms Bell-Percival, 68, a busy computer scientist and matriarch of a large family, is typical of patients who will opt for this treatment over surgery.

During his May examination, the nodule had shrunk by 50% since the intervention eight weeks earlier.

Thyroid nodules – lumps that form in the butterfly-shaped gland at the base of the neck – are so common that nearly half of the population will develop one before the age of 60. They are more common in women than in men and more likely to occur as people age. .

Most thyroid nodules aren’t cancerous, but even mild nodules can cause health problems, including persistent cough, difficulty breathing, difficulty swallowing, and hoarseness. Large nodules can also be disfiguring.

Iram Hussain, MD

RFA uses an electrode with a high-frequency current to generate heat to burn tissue, causing cell death and shrinkage of the treated part over time, the endocrinologist explained Iram Hussain, MD, assistant professor of internal medicine at UT Southwestern, who was Ms. Bell-Percival’s attending physician. Dr. Hussain is a member of the Harold C. Simmons Comprehensive Cancer Center, specializing in the treatment of thyroid nodules.

“We use ultrasound guidance with a parallel approach throughout the procedure so we can see the whole needle in real time, reducing the risk of complications,” Dr. Hussain said. “RFA has several advantages over surgery. The patient will not need general anesthesia, have no incisions or scars, will not need thyroid medications and will be able to return to normal activities in a shorter time. Generally speaking, any patient with a benign solid nodule who is a candidate for surgery could consider RFA. »

ARF has long been used to treat liver tumors, varicose veins and other conditions. Since receiving FDA approval in 2018, a handful of medical centers, including UT Southwestern, have also begun using the technique to treat benign thyroid nodules. UT Southwestern is ranked among the top 25 hospitals in the nation for diabetes and endocrinology care by US News and World Report.

Ms. Bell-Percival’s nodule, which was initially symptomless, was discovered by another UT Southwest physician, G. Sunny Sharma, MD, assistant professor of physical medicine and rehabilitation, who was treating Mrs. Bell-Percival for back and neck pain. . “Dr. Sharma did x-rays and found the nodule. I am very grateful to him for finding the nodule and then referring me to Dr. Hussain. I like the way the doctors at UT Southwestern work together,” Ms. Bell-Percival said.

Dr Hussain immediately did a fine needle aspiration biopsy and was able to reassure Ms Bell-Percival that the nodule was not cancerous. Since she had no symptoms, no treatment was needed at that time.

But the nodule continued to grow, and six months later Ms Bell-Percival was having some difficulty swallowing. In March, she was ready to do something, and that’s when Dr. Hussain told her about RFA.

On the day of the procedure, Ms Bell-Percival said everything went well.

“They prepped me and used local anesthetic to numb the area but Dr Hussain wanted me to be awake during the procedure and asked me to talk occasionally so she could be sure my cords vocals were not damaged. She inserted the heated needle and moved it around a bit. I could feel a little vibration, but they had prepared me for what was to come, so I knew exactly what to expect.

“There was no pain associated with it, just a bit of discomfort very briefly. The whole thing was under 30 minutes. Easy and airy,” Ms. Bell-Percival recalled.

“I am grateful to Mrs. Bell-Percival for entrusting her care to me,” said Dr. Hussain.

About UT Southwestern Medical Center

UT Southwestern, one of the nation’s leading academic medical centers, integrates pioneering biomedical research with exceptional clinical care and education. The institution’s faculty has received six Nobel Prizes and includes 26 members of the National Academy of Sciences, 17 members of the National Academy of Medicine, and 14 researchers from the Howard Hughes Medical Institute. Full-time faculty of more than 2,900 are responsible for groundbreaking medical advances and committed to rapidly translating scientific research into new clinical treatments. UT Southwestern physicians provide care in more than 80 specialties to more than 100,000 inpatients, more than 360,000 emergency room cases, and oversee nearly 4 million outpatient visits annually.



Beta-1,4-Galactosyltransferase 1 / B4Galt1 Market Potential Growth, Share, Demand and Key Player Analysis and Forecast to 2030 – The Daily Vale

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Global Beta-1,4-Galactosyltransferase 1/B4Galt1 market report emphasizes on detailed understanding of some decisive factors such as size, share, sales, forecast trends, supply, production, demand, industry and CAGR to provide a comprehensive perspective of the global market. In addition, the report also highlights challenges hindering market growth and expansion strategies employed by leading companies in the “Beta-1,4-Galactosyltransferase 1/B4Galt1 Market”.

Global Beta-1,4-Galactosyltransferase 1/B4Galt1 Market research report analyzes major players in key regions like North America, South America, Middle East & Africa, the Asia and Pacific region. It provides insights and expert analysis on key market trends and consumer behaviors, in addition to an overview of market data and key brands. It also provides all data with easily digestible information to guide every businessman’s future innovation and drive business forward.

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Cloud-Clone
R&D systems
Aviva Systems Biology
Dosing biotechnology
Online Antibodies
Enogene Biotech
CUSABIO
Organic Novus
abgent
DLDEVELOP
Abcam
Abnova
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Elabscience
EIAab
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The regional analysis of Beta-1,4-Galactosyltransferase 1/B4Galt1 Market is studied for regions such as Asia-Pacific, North America, Europe and Rest of the World. North America is one of the major regions in the market owing to numerous cross-industry collaborations between automotive original equipment manufacturers and mobile network operators (MNOs) for seamless internet connectivity inside a car to improve the user experience of connected life. , while driving. The Asia-Pacific region is one of the major players in the market as large enterprises and SMEs in the region are increasingly adopting beta-1,4-galactosyltransferase 1/B4Galt1 solutions.

A few points from the table of contents

Global Beta-1,4-Galactosyltransferase 1/B4Galt1 Market 2022 by Company, Regions, Type and Application, Forecast to 2030

1 Beta-1,4-Galactosyltransferase 1/B4Galt1 Introduction and Market Overview

2 Industry Chain Analysis

3 Global Beta-1,4-Galactosyltransferase 1/B4Galt1 Market, by Type

4 Beta-1,4-Galactosyltransferase 1/B4Galt1 Market, by Application

5 Global Beta-1,4-Galactosyltransferase 1/B4Galt1 Consumption, Revenue ($) by Region (2018-2022)

6 Global Beta-1,4-Galactosyltransferase 1/B4Galt1 Production by Major Regions (2018-2022)

7 Global Beta-1,4-Galactosyltransferase 1/B4Galt1 Consumption by Regions (2018-2022)

8 Competitive Landscape

9 Global Beta-1,4-Galactosyltransferase 1/B4Galt1 Market Analysis and Forecast by Type and Application

10 Beta-1,4-Galactosyltransferase 1/B4Galt1 Market Supply and Demand Forecast by Regions

11 New Project Feasibility Analysis

12 Expert interview file

13 Research finding and conclusion

14 Appendix

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8 photos to revel in the beauty of nature in Central America and Peru Global Voices

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Photos courtesy of Daniel Núñez.

To celebrate the International Day for Biological Diversity, I share with you my favorite animal photos from Guatemala and Peru. As a biologist, wildlife photography has become my right arm, as photos can complement science and conservation. An image can help visualize what is being done in research, make known species that are not highly valued and record new species and new behaviors, for example.

Five years ago I picked up a camera and started photographing the biodiversity I was observing over time. My real passion for photography started when I was studying biology at the Universidad del Valle de Guatemala. I was constantly traveling in the field when I decided to devote myself to photography because of all the animals I observed.

My main interest has always been reptiles and amphibians, probably animals stigmatized by many, but gradually I started photographing other wildlife such as birds and mammals. Here are some of my favorite photos with a brief description.

The Resplendent Quetzal (Pharomachrus mocinno), a bird found primarily in Mexico, Guatemala, Honduras and Costa Rica, is, in my opinion, one of the most incredible birds in the world. For this photo, I spent several days waiting and observing the behavior of quetzals in their nest. After waiting over six hours in the forest of Atitlán Volcano, Sololá, Guatemala, I saw the male carrying food for his chicks and captured the moment.

A rainy afternoon on the Tambopata River in the Tambopata National Reserve, Peru. We were looking for big cats on the river, mainly jaguars and pumas. Unfortunately, we did not see them, but we managed to observe one of the species eaten by the jaguar… the capybara (Hydrochoerus hydrochaeris). A family of capybaras on the river; between the raindrops, we saw this mother with her little one.

This photo shows the Guatemalan Black-eyed Frog (Agalychnis moreletii) mating. During the night, we were able to observe the behavior of several male and female individuals near a body of water. This pond was a small man-made basin, in which species like this take advantage of water sources to mate and lay their eggs. The species is found in Belize, El Salvador, Guatemala, Honduras, and Mexico.

It may be a common species, but when I first observed it, it was a very pleasant feeling. There are several species of glass frogs in the family Centrolenidae, but Hyalinobatrachium viridissimum is the only species from Guatemala. It’s impressive to be able to see his organs in such detail.

One of my favorite shots of all, where I was able to capture three species of clay-eating macaws at the Collpa de Chunco in the Tambopata Reserve, Peru. The first day of observation, the rain did not allow me to see a single bird on the wall, but the next day it was a spectacle of more than 30 to 40 individuals flying, feeding in the trees. In the photo you can see the species Ara macao (scarlet macaw), Ara ararauna (blue and yellow macaw) and Ara chloropterus (red and green macaw).

One of the most beautiful snakes in Guatemala is the amazing Guatemalan palm viper (Bothriechis bicolor). It was one of the first snakes I managed to photograph and for that reason it became one of my favorite photos.

One of the most unexpected and difficult encounters I have ever had. It all started with a hike up the mountain at 10am to observe other species. After carrying the equipment all day and having been able to observe almost nothing, a meeting around 10:00 p.m. brightened our night. The eyelash viper (Bothriechis schlegelii) is probably common in countries like Costa Rica, but in Guatemala it is only found in a few places on the Caribbean side.

Finally, one of the most incredible animals I have seen. Ranitomeya fantastica is endemic to the San Martin and Loreto region of Peru, which means it is only found in this region. Being species with a very specific habitat, habitat loss and human activity have put them at risk. Here we can see a male with his tadpoles on his back, which is a behavior of these species.

Visit my Instagram and Twitter accounts to see more of my work.

Rivas Named Hedrick Prize Winner | Marshall University

Early 2022: a celebration of several milestones

Hartwick College’s 2022 debut exercises marked a number of significant events in its 225 years the story.

Today’s ceremony honors the graduates of the College’s first Master’s program. It served as the last Hartwick College Commencement under President Margaret L. Drugovitch P’12, who is retiring after 14 years at the helm. And for the first time in three years, the Hartwick community was able to gather under a gala tent on Elmore Field to celebrate the transition from a class of students to alumni.

Hundreds of people braved near 90-degree heat to gather above the town of Oneonta to celebrate student accomplishments, watch them receive their diplomas, and take part in this momentous occasion.

After Broome County Celtic Pipes and Drums led the celebration march of graduates, faculty and staff into the flag-adorned tent, the celebration began like all Hartwick rallies. President Drugovich held up the Hartwick Bell and declared with an enthusiastic ringing, “The company of scholars are assembled, let the ceremonies begin!”

After a performance of “The Star-Spangled Banner” by the Hartwick College Commencement Choir, President of the Student Government Association Pauller Awino Musyoke ’23 and David Long ’83, H’14Chairman of the Hartwick Board of Directors, extended their congratulations to the graduates.

“As a rising senior, I am in awe of all you have accomplished and applaud you all,” Musyoke said. “Hang on to that feeling, hug it for as long as you can, because you did it and deserve to be proud.

Recalling his own long journey from Liverpool, England to Oyaron Hill, Long praised the new graduates for their resilience. “You have been through unprecedented disruption over the past two years,” he said. “The rites of passage – for all ages – have been turned upside down. You had to go through your journey of learning and life with unique determination. But we are here together. You have found your way. Good work.”

Hartwick Faculty Chair and Professor of Economics Dr. Karl Seeley present Vandia Williams ’23 with the Abraham L. Kellogg Oratory Award. The faculty considered Williams the best orator among seniors who gave speeches at the honors convocation.

Vice President for Academic Affairs Dr. Laurel Bongiorno then took the podium to announce the Margaret B. Bunn Award for Excellence in Teaching.

“It is a day to honor students who have completed their studies at Oyaron Hill,” she said. “It’s also a day to honor their teachers.”

The annual award is given to a faculty member judged by students who graduated five years early for being the most outstanding teacher they studied with. The 2022 Bunn Prize recipient, Bongiorno said, is associate professor of chemistry and chair of the department, Dr. Andrew J. Piefer.

Piefer earned a BS in chemistry from Dickinson College in Carlisle, PA, and a Ph.D. in biochemistry from New Mexico State University. He completed a postdoctoral fellowship at the University of Pennsylvania School of Medicine before joining Hartwick. In 2013, Piefer was granted tenure and six years later won the Alumni Association Outstanding Employee Award. His promotion to full professor, Bongiorno said, was recently approved by the college’s board of trustees.

Currently, he teaches chemistry and biochemistry classes, Bongiorno said, and that Piefer was also an early leader in teaching FlightPath and First-Year Seminar classes.

“He engages Hartwick students in his research in ways that involve them in new scientific discoveries, with a lasting impact on his students,” she added. “I believe Margaret Bunn would wholeheartedly agree that Dr Andy Piefer deserves this award named in his honour.”

Picking up the podium, Drugovich spoke about Trustee Emerita Elaine H. Arnold ’69, before presenting him with the President’s Award for Liberal Arts in Practice. Arnold graduated from Hartwick with a degree in sociology and later earned her master’s degree at New York University and pursued doctoral studies.

Although he didn’t find many openings available after graduating in corporate finance, Drugovich said, Arnold took a job as a secretary and used it to start his career. ascent. That journey led to increasingly responsible roles at companies like EF Hutton and Morgan Stanley, culminating in positions like vice president at Citicorp.

Rather than retiring from a prestigious career, Arnold spent more than 20 years volunteering in New York City schools, helping students navigate the college application process.

“You say your work experiences have ‘opened up the world’ to you,” Drugovich said. “You, in turn, have now opened the world up to children with aspirations, as you have, but they needed someone – they needed you – to encourage, push, challenge and support them. Above all, for the purposes of this award, you have done this work because you believe that education is the key to a satisfying and productive life.

After a performance of “Joy Revisited” by Frank Ticheli, performed by the Hartwick College Wind Ensemble and conducted by Robert John’s ’22Drugovich introduced the trustee Sarah “Sally” Griffiths Herbert ’88, M’19who would address the class of 2022 on the occasion of their graduation.

Griffiths Herbert earned a bachelor’s degree in anthropology at Hartwick, with departmental honors and a minor in biology. She worked as a field archaeologist for Boston University’s Office of Public Archeology. She and her husband, Tim, went into business together – first as owners of the Ski Whaleback, Ltd. ski resort, now as owners of Ring Brook Farm, both located in New Hampshire.

Griffiths Herbert reflected on the many facets of her Hartwick experience, which included being “an athlete, Greek, mural painter, Pine Lake lover, Deer Run skier, Leitzell resident and Town House tenant.” She quoted her favorite teachers and mentors and said, “You know me because, in many ways, I am you!

She revealed that she was considering a transfer during her freshman year at Hartwick, but support from friends and teachers led her to stay. She stuck with it, graduated, and flourished. The personal growth she made on Oyaron Hill became the focus of her remarks. “I became myself on that hill, like the person you see now,” she said.

Griffiths Herbert offered three methods to stimulate such personal growth: “look and listen”, “find a balance that supports you” and “perspective”. She used anecdotes from Olympic athletes to support each point. “Those are three tools you can use to adjust your trajectory throughout your career,” she said.

She celebrated the liberal arts training of her and her husband, Tim, who developed a skill set that made him able to “adapt to any work situation, absorb new information , to see an old problem in a new light, to quickly change hats, to pivot, and to show leadership.

Griffiths Herbert also asked new grads not to forget their alma mater. “Come back when you can,” she insisted. “Your time, your talent and your treasure are needed, and your friends at Hartwick will offer you different places around the table to meet again.

“Class of 2022, watch and learn, seek the balance that supports you and enrich your perspective,” she concluded. “Go out and change the world for the better. Class of 2022, your runway is clear for takeoff. You have this!

Bongiorno then introduced the Class of 2022 to the crowd. At the central moment of the ceremony, the graduates received the Hartwick undergraduate cowl and were welcomed by Drugovich, much to the delight of their assembled friends and family.

The first cohort of graduates from the College’s Master’s in Translational Biomedical Research Management program was announced first, followed by bachelor’s candidates.

Once each graduate has been individually recognized, the Chairman of the Hartwick College Alumni Association Board of Trustees Michelle Brown ’87 welcomed new elders into the body of 18,000. The alumni association presented each graduate with a replica of the Hartwick bell and a memento that celebrates the College’s 225th anniversary.

“Your Hartwick degree will take you to amazing places,” Brown said. “I encourage you to seize every opportunity. You are ready to accept the challenges ahead, use your personal strengths and embrace the future. We recognize that each of you IS the future!”

As she led the class in a ceremonial ringing of their replica bells, the tent filled with the joyful sound of new elders and their proud families.

“Class of 2022, you heard the bell ring,” Drugovich said in his closing remarks. “Now you leave Hartwick an educated person. You may have traveled the world. You may have done a remarkable thing or two. You probably learned more than expected, and maybe you learned more than you thought possible.

“I hope what you have learned best is how to learn from others. This moment also belongs to those who have cared for and nurtured you throughout this journey to this day,” she continued, leading the class in thanking their families, faculty and staff alike, noting that all helped the graduates achieve this important milestone.

Before closing the ceremony, President Drugovich thanked the community of Hartwick.

“I want to say it’s been a great honor to lead Hartwick over the past 14 years,” she said. “I thank the Board of Directors for their partnership and support, our colleagues for their camaraderie, and our wonderful students for showing me, time and time again, that where there is learning, there is success. ‘hope. I wish this great College, and all its people, much success in the years to come.

The ceremony concluded with a performance of the Alma Mater, Oyaron, Hill of Dreams, under the direction of Assistant Professor of Music Dr. Andrew Pease and performed by the Hartwick College Commencement Choir and the Hartwick College Wind Ensemble. The graduates left the sprawling tent behind the Broome County Celtic Pipes and Drums Celebration March, heading into the arms of their proud families, towards their bright future as Hartwick College alumni.

North Korea reports more fevers as Kim Jong Un says COVID-19 virus progresses

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International Muslim History Month returns to shed light on pioneers and sees attendance quadruple

LONDON: An annual initiative that celebrates Muslim achievements throughout history and confronts Islamophobia globally through education has grown significantly in popularity, with social media engagement quadrupling in a year only, organizers said.

International Muslim History Month, which was created by the New York-based World Hijab Day organization in 2021 and runs throughout the month of May, aims to recognize and raise awareness of the pioneering Muslims who helped shape humanity.

The organization told Arab News that the event, which is aimed at schools, universities, workplaces, businesses, organizations and social circles, is a celebration for all, regardless of ethnicity. or religious.

BACKFLOOR

International Muslim History Month, which was created by the New York-based World Hijab Day organization in 2021 and runs throughout the month of May, aims to recognize and raise awareness of the pioneering Muslims who helped shape humanity.

More than 26 countries participated in the inaugural IMHM 12 months ago, but this year the number has increased significantly, WHD said, with the participation of more individuals, organizations, businesses and educational institutions.

“Additionally, we have seen an increase in awareness of IMHM on social media by individuals and academics, (and) our reach on social media has quadrupled compared to last year,” he said. -he adds.

The organization – which founded World Hijab Day, which is held on February 1 each year to raise awareness of the hijab and why it is worn – said its goal was for IMHM to be recognized federally in the states. United and internationally, to help fight Islamophobia. global.

New York passed a resolution to recognize the month on May 4, 2021, “to honor those who foster ethnic pride and raise the profile of cultural diversity that strengthens the fabrics of New York State communities,” Andrew Cuomo, the governor at the time, said.

WHD called on lawmakers around the world to do the same. He also urges individuals, organizations and educational institutions to get involved and help raise awareness of the campaign.

Ways Muslims and non-Muslims alike can get involved include engaging on social media, asking government officials to recognize May as International Muslim History Month, supporting a Muslim business or donating to a Muslim organization, reading a biography of an influential Muslim personality and sharing their story, or speaking out against discrimination and prejudice against Muslims within their community.

The theme of this year’s event focuses on Muslim pioneers from the Golden Age to modern times in four categories: medicine; STEM (science, technology, engineering and mathematics); liberal arts; and discovery, including inventors, explorers and innovators. Conferences are organized every week to raise awareness among personalities in these fields.

“At the first conference, presenters discussed examples from Ibn Sina, the father of modern medicine, from the Golden Age, to Dr. Ugur Sahin and Dr. Ozlem Tureci, the creators of BioNTech, a company focused on manufacturing personalized cancer vaccines,” WHD said. In partnership with Pfizer, BioNTech has also developed a vaccine against COVID-19.

Other notable Muslims who have been spotlighted this year include 13th-century Persian poet Rumi, 6th-century Arab poet Imru’ Al-Qais, Pakistani-American neurosurgeon Dr Ayub Ommaya, Palestinian-Jordanian molecular biologist Dr. Rana Dajani, Arab philosopher Ibn Khaldun, Moroccan explorer Ibn Battuta, Caliph Harun Al-Rashid, Turkish astronomer Burcin Mutlu-Pakdil, among dozens of others.

WHD has also partnered with different organizations, including Majlis Ash-Shoura: Islamic Leadership Council of New York, an umbrella organization that represents over 90 mosques and organizations.

“Over the past two decades, Muslims in general have been portrayed negatively, especially in the media,” said the organization’s founder and chief executive, Nazma Khan.

Growing up in New York, she said her defining factor was noticing “the minimal, if any, inclusion of Muslim-Islamic history in the mainstream school curriculum.”

Bear hit and killed by vehicle in Montecito

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Bear sightings in Santa Barbara, while rare, are not unheard of. In fact, on the night of Friday, May 13, a black bear was killed in an apparent hit-and-run near Ladera Lane in Montecito.

Neighbors on East Valley Road and Ladera Lane heard squealing tires, a thud and the cry of an animal around 8.30pm. One said he called 9-1-1 and saw two animals coming out of the road. On Monday, a dead bear was lying in the empty lot around the corner, said Jeff Miller, a resident of Santa Barbara, at the Independent. He said nearby paw prints indicated an orphan cub was wandering the area, according to wildlife biologist Dustin Pearce of the California Department of Fish and Wildlife.

As the human-wildlife conflict specialist for the department, Jessica West occasionally receives calls regarding human-bear conflict in communities in the foothills of the Los Padres National Forest. “In Santa Barbara, most human-bear conflict is over chickens, bees and trash,” West said. Especially in Montecito, bears break into easily accessible chicken coops, prey on larvae in bee boxes, and enjoy exploring residents’ trash.

The bears are looking for things to eat. “Bears are so food-focused,” West said. Their diet is very varied, but they mainly consume plant material, insects and sometimes smaller animals. If people leave a door or window open, West added, bears have been known to enter homes when they smell food cooking, using a sense of smell 100 times better than ours.

According to West, bears in the wild are often afraid of people. Their goal is to secure food, and humans can get in the way of that. His advice when meeting the bear is to stay away from the bear, speak in a low, firm voice, and slowly walk away from it without looking back.

“Bears can feel trapped if you don’t give them space,” West said. In the event that a bear feels trapped and approaches, she advises you to make yourself look as big and sound as loud as possible, waving your arms and yelling at them firmly.

Similar advice applies if a bear is in your home. “The key thing to remember is to make sure you leave an escape route for the bear,” West said.

When it comes to preventing human-bear conflict in the first place, West recommended completely eliminating attractants like food and litter, and keeping bears out of chicken and bee pens with electric fences.


“It also really comes down to a community effort,” West said. “You may be doing everything right, but if your neighbors aren’t, you’ll still have bear trouble.”

California is home to about 30,000 to 40,000 bears, all of which are black bears, according to West. The Department of Fish and Wildlife is currently trying to determine how many are in southern California. Corral traps are placed around trees with a scented object in the middle to attract bears, and their DNA is collected and analyzed from the fur they leave on barbed wire.

While there haven’t been more than a handful of bear conflicts in the Los Padres National Forest and Santa Barbara as a whole, West says there could very well be more in a near future. Due to climate change, drought conditions and wildfires, bears may begin to venture more into Santa Barbara communities, according to West. “It would be nice to get a head start, before these conflicts really start to escalate,” she said.

Connie Gillies, a wildlife photographer married to Miller, knows the Ladera and East Valley wasteland as the “deer nursery.” She said she often stops to document bobcats, deer, hawks and red-tailed hawks. “Every time I’ve photographed animals here, I’ve been shocked at how fast people drive on Ladera,” she said. “It was only a matter of time before a tragedy like this happened. Something has to be done to protect our wildlife.

So far, the little orphan has not been seen in Montecito. But if you see him, West said to contact Fish & Wildlife’s Wildlife Incident Reporting System or call Natural Resources Volunteers at (562) 596-3885. For all other cubs, treat them the same as an adult bear and back away slowly and carefully – a very protective mother is likely to be nearby.


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Satellites and drones can help save pollinators

According to the researchers, satellites and drones can provide key information to protect pollinators.

A new study looks at new ways to use these technologies to track flower availability, and says it could be combined with behavioral studies to see the world through the eyes of insects.

The flowers available to insects vary from day to day and place to place, and human activity changes landscapes in ways that affect all pollinators.

The University of Exeter research team, supported by the South Devon Area of ​​Outstanding Natural Beauty (AONB), hope their approach can help us understand these changes, leading to better conservation.

“Recent advances in drone and satellite technology have created new opportunities,” said lead author Dunia Gonzales, from the Center for Animal Behavior Research at the University of Exeter.

“Drones can now give us fine detail about a landscape – down to the scale of individual flowers – and by combining this with satellite imagery, we can learn more about the food available to pollinators over a wide area.

“Along with behavioral studies of insects, this will help us understand the threats they face and design conservation programs.

“With some species of pollinators in decline, including many wild bees, we urgently need this understanding to protect not only pollinators in general, but also the great diversity of species that each play a vital role in ecosystems. complex.”

Pollinators provide a range of benefits (called ecosystem services), particularly to humans by pollinating food crops.

However, much of their behavior and habitats – and the impact of human-caused climate and habitat change – remains unknown.

“Until now, most research using satellites has focused on large-scale agricultural landscapes such as rapeseed, corn and almond farms,” ​​Gonzales said.

“We emphasize the need to study landscapes with complex communities of plants and pollinators.

“These vary from place to place – and using satellites and drones together is a good way to learn about these local differences.

“For example, the South Devon AONB contains many smaller fields, microhabitats and traditional Devon hedgerows – so effective conservation here might be different from measures that would work elsewhere.”

Gonzales’ work is funded by the South West Biosciences Doctoral Training Partnership of the Biotechnology and Biological Sciences Research Council (BBSRC).

Source of the story:

Material provided by University of Exeter. Note: Content may be edited for style and length.

The enigma of acute post-infectious syndromes

In a recent review published in the journal natural medicinethe researchers summarized known findings from the literature on unexplained post-acute infection syndromes (PAIS).

Journal article: Unexplained post-acute infectious syndromes. Image Credit: Donkeyworx / Shutterstock

Overview and Clinical Presentation of PAIS

Unfortunately, chronic sequelae of acute infections often go undiagnosed due to nonspecific symptoms and lack of objective diagnostic features. Such disease characterizes PAIS, in which patients cannot fully recover from acute infections, the cause of which is inexplicable, and the causative pathogen remains unidentifiable by routine diagnostic methods.

Q fever fatigue syndrome is a well-established PAIS that is caused by the Coxiella burnetiidae bacteria and is a very debilitating condition. Another PAIS with an established causative pathogen is post-dengue fatigue syndrome, caused by the mosquito-borne dengue virus.

Other PAIS include post-Ebola syndrome (PES), post-polio syndrome (PPS), and post-chikungunya chronic inflammatory rheumatism (pCHIK-CIR), the causative pathogens of which are Ebola virus, poliovirus, and poliovirus, respectively. chikungunya virus. .

However, several pathogens such as Epstein Barr virus (EBV), West Nile virus, Ross River virus, Coxsackie Ba virus, H1N1/09 ​​influenza virus, Varicella Zoster virus (VZV) have been reported to cause unexplained and unnamed PAIS. Moreover, post-polio syndrome can manifest itself even 15 to 40 years after infection with poliomyelitis.

PAIS by neurotropic organisms such as West Nile virus has been reported to cause persistent changes similar to those seen in post-polio syndrome. Similarly, the symptomatology of Ross River virus-induced PAIS and chikungunya virus infection is known to be similar.

Influenza A virus H1N1/09, VZV and coxsackie B have been associated with an increased risk of myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS), underlying the development of chronic sequelae during exposure to certain pathogens.

The main symptoms of PIS center on fatigue, exercise intolerance, sensory and neurocognitive impairments, flu-like symptoms, irritability, sleep disturbances, sweating, arthralgia and myalgia, with a wide range of non-specific and varied symptoms.

Neurocognitive symptoms include loss of concentration, brain fog, and memory loss. Symptoms are recurrent or chronic in nature. Other symptoms are disease-specific, such as ocular disorders in Ebola-induced PAIS and anosmia and/or ageusia in long-lasting coronavirus disease (COVID).

COVID long

Long COVID or post-acute sequelae of severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) infection (SASP) is a term that encompasses several chronic effects seen in SARS-CoV-positive patients. 2 after acute infection. PASC has been identified in mild, moderate, and severe COVID 2019 (COVID-19) patients. Symptoms last for several months and cannot be explained by another diagnosis.

Common symptoms of PASC include cough, dyspnea, chest pain, anosmia, cognitive impairment, and fatigue. Symptoms also affect performance of daily activities and may relapse or fluctuate. Long-term COVID patients have varying symptoms that last for different durations.

PASC patients recovering from severe SARS-CoV-2 infections may either have lung damage secondary to acute respiratory distress syndrome (ARDS) or pneumonia, or have persistent symptomatology of post-unit syndrome. intensive care unit (ICU). Most PASC people have been reported to be older men with severe COVID-19.

PASC patients recovering from asymptomatic or mild to moderate COVID-19 may experience fever, arthralgia, myalgia, sensory disturbances, and exercise intolerance, similar to those seen in patients with ME/CFS. Such PASC presentations have mainly been found in females.

Researchers have postulated that SARS-CoV-2 infections can trigger or unmask medical conditions such as diabetes, postural orthostatic tachycardia syndrome (POTS), Guillain-Barré syndrome, and thrombotic disorders.

Pathogenesis of PAIS

All types of pathogenic organisms such as bacteria, fungi, viruses and parasites have been implicated in the pathogenesis of PAIS.

The long-term presence of pathogens (bacteria/viruses/fungi/parasites) presenting as persistent infections or remnants of non-viable persistent pathogens leads to chronic stimulation of the host’s immune system. Subsequently, T-lymphocytes and B-lymphocytes are activated, allowing the interaction of the persistent pathogen with the pathogen-associated molecular patterns (PAMPs) of the host. Subsequently, the pathogenic ribonucleic acid (RNA) binds to the pattern recognition receptors (PRR) of the host cell. Pathogen-PRR binding stimulates innate immunity.

An alternative mode of immune system activation involves the alteration of regulatory T cells (Treg) by the persistent pathogen, following which the autoreactive lymphocytes target host (self) antigens and induce antibodies causing autoimmune damage to the host. systems.

Persistent and chronic infections could also occur due to microbiome dysbiosis or dysregulation of the microbiota-gut-brain axis due to reactivation of latent pathogenic organisms and activation of microglia by afferents of the vagus nerve. Either mechanism could lead to organ damage such as brain atrophy, pulmonary fibrosis, cardiovascular damage, renal dysfunction, vascular damage, and villous atrophy.

In conclusion, PAIS represent an enigmatic spectrum of medical diseases. Further biomedical research is needed to elucidate their underlying molecular mechanisms and develop objective markers for rapid diagnosis and effective treatment.

Lactate Dehydrogenase Testing Market with Considerable Growth by 2029 LifeSpan BioSciences, Inc, Aviva Systems Biology Corporation

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New Jersey, United States – The Lactate Dehydrogenase Testing Market report has focused on the comprehensive analysis of the current and future prospects of the Lactate Dehydrogenase Testing industry. The report includes the upcoming challenges and opportunities in the market. It ensures a strengthened market position and a growing product portfolio by providing all the important details related to the market growth. It reveals some of the key insights and focuses on the impact of the COVID-19 crisis on different sectors of the economy. Identifying key business areas is the single most important factor in improving those areas and generating greater profits.

The global lactate dehydrogenase testing market is expected to grow at a significant CAGR of 8.1% by 2029.

Lactate dehydrogenase (LDH) is a type of enzyme found in most body tissues such as the heart, liver, pancreas, kidneys, muscles, blood cells, among others, which is needed to convert sugar in energy. LDH values ​​are relatively directly proportional to the diseased state of the body and during illnesses LDH values ​​rise indicating many conditions such as liver disease, stroke, muscular dystrophy, fatigue, among others. It is also required for the different types of tests such as colorimetric LDH cytotoxicity test, fluorometric LDH cytotoxicity test and others.

Get a sample copy (including full TOC, charts and tables) of this report:

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The major key vendors in this market are:

LifeSpan BioSciences, Inc, Aviva Systems Biology Corporation, Accurex Biomedical Pvt. Ltd., Thermo Fisher Scientific Inc., PerkinElmer, Inc., Quest Diagnostics Incorporated, Abcam plc., Anamol Laboratories Private Limited, Randox Laboratories Ltd., Sigma-Aldrich Co., Merck KGaA, Worthington Biochemical Corporation., Abnova Corporation and AAT Bioquest, Inc.

Various factors are responsible for the growth trajectory of the markets, which are studied extensively in the report. In addition, the report lists the constraints that threaten the global economy Lactate Dehydrogenase Testing Market. This report is a consolidation of primary and secondary research, which provides market size, share, dynamics and forecasts for various segments and sub-segments considering macro and micro environmental factors. It also assesses the bargaining power of suppliers and buyers, the threat of new entrants and product substitutes, and the degree of competition prevailing in the market.

In order to produce a holistic assessment of the market, various factors are considered including demographics, business cycles, and microeconomic factors specific to the market under study. The Lactate Dehydrogenase Testing Market Report 2022 also contains a comprehensive business status analysis of the company, which analyzes innovative ways for company growth and describes critical factors such as major manufacturers, value of production, key regions and growth rate.

The Lactate Dehydrogenase Test research study defines the market size of various segments & countries by historical years and forecasts the values ​​to the next 7 years. The report is assembled to comprise qualitative and quantitative elements of the Lactate Dehydrogenase Testing industry including: Market Share, Market Size (Value & Volume 2017-2021, and Forecast to 2029) which admires each relevant country in the competitive market. Furthermore, the study also provides and provides detailed statistics about the crucial elements of Lactate Dehydrogenase Testing, which includes drivers and restraining factors that help in estimating the future growth prospects of the market.

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Regions Covered in Global Lactate Dehydrogenase Testing Market Report 2022:

The Middle East and Africa (GCC countries and Egypt)

North America (United States, Mexico and Canada)

South America (Brazil, etc)

Europe (Turkey, Germany, Russia UK, Italy, France, etc.)

Asia Pacific (Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia and Australia)

Reasons to buy this report:

  • It offers an analysis of the evolution of competitive scenarios.
  • To make informed decisions in businesses, it offers analytical data with strategic planning methodologies.
  • The researchers shed light on market dynamics, such as drivers, restraints, trends, and opportunities.
  • It offers regional analysis of Lactate Dehydrogenase Testing Market along with business profiles of several stakeholders.
  • It offers a seven-year assessment of the lactate dehydrogenase testing market.
  • It helps in understanding the major key product segments.
  • It offers massive data about trending factors that will influence the progress of the Lactate Dehydrogenase Testing Market.

Contents

Global Lactate Dehydrogenase Testing Market Research Report 2022-2029

Chapter 1 Lactate Dehydrogenase Testing Market Overview

Chapter 2 Global Economic Impact on Industry

Chapter 3 Global Market Competition by Manufacturers

Chapter 4 Global Production, Revenue (Value) by Region

Chapter 5 Global Supply (Production), Consumption, Export, Import by Regions

Chapter 6 Global Production, Revenue (Value), Price Trend by Type

Chapter 7 Global Market Analysis by Application

Chapter 8 Manufacturing Cost Analysis

Chapter 9 Industrial Chain, Sourcing Strategy and Downstream Buyers

Chapter 10 Marketing Strategy Analysis, Distributors/Traders

Chapter 11 Market Effect Factors Analysis

Chapter 12 Global Lactate Dehydrogenase Testing Market Forecast

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Research Cognizance is an India-based market research company, registered in Pune. Research Cognizance aims to provide meticulously researched market insights. We provide high quality consulting services to our clients and help them understand market opportunities. Our database presents many statistics and carefully analyzed explanations at an affordable price.

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How much money does she earn thanks to her “friends”?

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Lisa Kudrow net worth: Lisa Kudrow is a well-known actress in the United States. Kudrow was born in EncinoCalifornia on July 30, 1963.

She played Phoebe Buffay in the decade-long comedy Friends. Kudrow was the youngest of three upper-middle-class Jewish children.

She imagined she could become a doctor like her father when she was younger. She worked in her father’s medical practice for eight years, putting her biology degree from Vassar College to good use.

The early parts were mostly comedic. Kudrow was in improv and comic troupes before Cheers and Bob Newhart. Her job as Ursula Buffay, an eccentric waitress on Mad About You in the 1990s, groomed her for Phoebe Buffay, a naïve massage therapist.

Even though Ursula and Phoebe were cast separately NBC sitcomstheir roles as twins remained consistent throughout both stories.

How did Lisa Kudrow start her career?

Lisa Kudrow began her career as Kathy Fleisher in three episodes of “Bob.” In 1994, Kudrow starred as Phoebe in the worldwide hit sitcom “Friends.”

Due to her excellent performance, she won several awards and topped the popularity chart.

Friends have made her a household name with Jennifer Aniston and Matthew Perry. In the late 1990s, she appeared on “Romy and Michele’s High School Reunion” and “Clockwatchers.”

Also read Arnold Schwarzenegger Net Worth: How Much Money Has The Well-Known Actor Earned?

In the gangster comedy “Analyze That”, released in 2002, Kudrow played the role of Laura Sobel. Robert De Niro and Billy Crystal, who played gangster characters Paul Vitti and Ben Sobel respectively in the film, were also part of the cast.

A few years later, in 2007, Kudrow starred in the drama film “PS I love youwhich went on to critical acclaim.

She has starred in Hotel for Dogs, Powder Blue and Paper Man.

Kudrow produced the American version of the British program “Who Do You Think You Are?” Her family history revealed that her grandmother was killed during the Holocaust.

How much money does Lisa Kudrow make from her “friends”?

Each Friends actor won a total of $22,500 for their work on the show’s first season. This brings the total cost of the first season to $540,000. In the second season, their hourly wages were increased to a total of $40,000 each episode. The total amount for the second season is 960,000 dollars.

The actors reached an agreement to bargain collectively before the start of the third season, when their previous contracts were about to expire. They finally reached an agreement that would pay $75,000 for each episode of season three ($1.875 million for season), $85,000 for season four ($2.04 million), $100,000 for season five ($2.5 million), and $125,000 for season six ($3.125 million).

Lisa Kudrow net worth

A significant pay rise was agreed for the cast ahead of the seventh season. In the end, they made a total of $750,000 per episode in seasons 7 and 8, which equals $18 million per season. During seasons 9 and 10, every cast member was paid $1 million for each episode.

This amounts to a total of $24 million for the ninth season and $18 million for the tenth season. When it all adds up, each member of the Friends cast makes close to $90 million of the show in base salary alone, and that’s before taking into account backend bonuses and ongoing royalties.

Royalties from friends

In 2000, performers were allowed to require backside points in their contracts. These points would provide them with royalties when the program was syndicated. Before that, only Jerry Seinfeld and Bill Cosby owned programs.

Must Read Randy Jackson Net Worth: What Makes The Singer So Rich?

The TV series Friends still brings in over $1 billion a year through syndication royalties and streaming deals. There have been rumors that each cast member can do between $10 and $20 million in royalties only for certain years.

How many assets does Lisa Kudrow own?

Lisa Kudrow is the proud owner of many homes around the world, the most notable of which are located in the greater Los Angeles area. In 1996, she bought a 6,400 square foot Beverly Hills property and cost her $1.9 million.

She bought a second property in Beverly Hills in 2001 for the sum of $2.4 million, and it was located not far from Rodeo Drive. In April 2017, she went looking for $3.6 million for the sale of a penthouse in Park City, Utah. It is unclear exactly how much money she put into the house.

What is Lisa Kudrow net worth?

Lisa Kudrow is worth $90 million in 2022. Lisa Valerie Kudrow is an American comedian, actress, producer, and writer. Kudrow’s most famous part was in “Cheers”.

Additionally, Kudrow rose to worldwide fame for her role in the long-running comedy “Friends,” which aired on television from 1994 to 2004. She was also nominated for a Golden Globe Award and a Primetime Emmy Award, two of the most prestigious awards in the entertainment industry.

Edie Gibson

Edie Gibson is content writer for Theshahab. For the past three years, she has written about current events, celebrity lives and their net worth. He likes to go out and see how beautiful nature is.

Feisty Turkey takes on another person on DC Trail – NBC4 Washington

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A wild turkey that confronted a woman on a trail in southeast DC is likely the same bird that attacked at least two other people on the trail last month, an official said.

The woman told News4 that the turkey wouldn’t leave her alone Tuesday night near the second mile on the Anacostia Riverwalk trail.

She says the fiery bird knocked her down and scratched her. Then she captured a video of the turkey on her phone.

” Help ! Help ! Help ! the woman can be heard screaming in the video as the turkey approaches her on a grassy area near the trail.

Eventually, she managed to get away from the turkey.

A biologist with the DC Department of the Environment believes it was the same turkey that attacked a man and a woman in April on the trail.

A wild turkey chases and attacks people on the popular Anacostia Riverwalk in the northeast. Reporting by Mark Segraves of News4.

“Just riding along the way this gigantic turkey kind of jumps towards my face…almost claws my face. So it kind of knocked me off my bike and then it started to chasing me for, like, five minutes,” DeDe Folarin said.

Then Folarin says the turkey attacked a nearby woman who tried to push her away with her bicycle. Folarin captured the encounter on video.

“I put the phone down and picked up the biggest twig I could find and started kicking the bird twice,” Folarin said. The turkey ended up running into a bush.

Folarin says he and the woman were repeatedly asked why they didn’t just run away.

“They can be very aggressive. They are very fast and you’ve never been attacked by a turkey before,” he said.

There have been several sightings of wild turkeys along the trail since November.

“There’s actually a pretty healthy population of turkeys in and around DC,” said Dan Rauch, a fish and wildlife biologist for DC’s Department of Energy and Environment (DOEE ). “There are at least a hundred, maybe even two, here in the District.”

But not all wild turkeys are friendly.

Rauch believes the turkey that attacked Folarin is the same turkey multiple people have reported seeing from Kenilworth Park & ​​Aquatic Gardens in DC to Bladensburg Waterfront Park in Maryland.

He said the DOEE tried to catch the bird.

“I went to get it and used different turkey calls, calls with males or females, trying to lure it in order to catch that bird,” Rauch said.

“She’s a male so she’s a pretty big turkey and when people see her she’ll drop her wings, she’ll break off to display herself.”

The DOEE plans to catch the bird and have it evaluated by a veterinarian before releasing it to a nearby wildlife sanctuary.

Until then, Rauch says visitors to these areas should exercise caution and call animal control if they spot the turkey.

“If that turkey comes near you, I’ll try to back up and walk away,” he said. “It’s a big bird. They have spurs. They can run and they can fly.”

Coral Connections leads a student-researcher towards his dream

It was the early days of the pandemic. The campus was closed, shelter-in-place orders were in effect, and Jaime Lopez’s graduate counselor was on maternity leave, leaving the hundreds of sea anemones in her lab at risk.

He immediately set up a care schedule with another graduate student, and for the next few months the two met every few days to clean tanks, monitor temperatures, hatch and feed brine shrimp, and making sure the anemones were “beautiful and happy”. .”

For Lopez — whose entire motivation for earning his master’s degree at Chico State was to work in the lab of biological science professor Cawa Tran — protecting small sea anemones was a way for him to help further their research into understanding symbiosis and coral bleaching, and thereby preserve the future of our corals, reefs and oceans.

“I consider coral as part of the lungs of the planet. Rainforests are the other. And if we go there, our planet will suffer to breathe,” he said.

Lopez, who will be graduating with her master’s degree in biological sciences this week, shares a love for the ocean that dates back to her childhood, growing up with family trips to the beach in Los Angeles. Rather than playing in the sand and surfing, he often found himself exploring tidal pools, looking for signs of life, interesting species and their evolution at different depths.

Shortly after starting college, he met several professors at CSU Dominguez Hills who were passionate about behavioral and community ecology and understanding the impacts of climate change on marine organisms. That same passion his advisers demonstrated quickly became Lopez’s. And those connections led to many research opportunities, including a trip to Australia, a semester on Catalina Island, and his first real marine biology class where students spent countless hours underwater.

“I fell in love with it. Being able to get in the water for the first time, learning to swim, gave me a sense of calm and a whole new world,” he said. being there was where I wanted to be. It was never boring because it was always a new experience.

However, despite his obvious passion and growing expertise, one of his advisers cautioned him against marine biology as a career, pointing out how difficult the field can be and how difficult it is for the family life. Disheartened, Lopez tried to change direction but a conversation with another mentor changed his mind.

“She said to me, ‘You don’t let other people dictate your career path. You take control of it and do what you want with it,” he said. “I realized that my path to marine biology will be totally different from that of my adviser. It got me back on track. »

Over the next few years, he tried tirelessly to get into higher education, but was rejected after rejection. He continued to study on his own, and it was suggested that he approach Tran at Chico State due to his interest in symbiosis.

The letter of interest he first drafted still resonates with Tran today. Lopez carefully explained his interest in coral-algae symbiosis research, explained how he overlaps with Tran’s research agenda and long-term career goals, and shared some of the most intriguing research questions that piqued his curiosity. .

“To me, that was saying a lot, because he had shown me how he thought about science and why he found these issues important. Instead of just having me given a thesis project, he insisted that he build the his from scratch,” Tran said. “Smart and hardworking, he dared to take great risks and challenges to venture into areas of research and methods previously unknown to him.”

After successfully defending his thesis, Jaime Lopez is already working as a California Sea Grant Fellow, a prestigious program that will allow him to explore policies in research and successful advocacy for ocean ecosystems.

As of fall 2019, he was working at the Tran Lab, often devoting over 50 hours a week to research, collaborating with other students, and showing great patience and perseverance in troubleshooting experiments.

“Furthermore, he treats everyone, myself included, with the utmost kindness and selflessly gives of his time to help others,” Tran said. “Jaime is one of the most humble people I have ever known, with a huge heart for caring for others.”

Without a doubt, she said, Lopez is the hardest working student she has ever mentored or taught. His personal experience and academic journey inspire Tran and his peers.

“What stood out to me when I first met him was that we both shared similar paths – first generation, child of immigrants, raised in underserved neighborhoods in Southern California. and facing major challenges to get to where we are today,” she said. mentioned.

Lopez often tells her fellow students to recognize their fear of failing and use it as a time to learn.

“Coming into graduate school, I was so nervous. I didn’t want to mess up. It was such a one-shot thing,” he said. “But now I don’t care if I ‘fail. I’m going to take this opportunity to learn something. You never know what’s going to happen, and as long as you have a reason why you’re doing it, you learn in the end.

After Lopez successfully defended his dissertation, which investigated the potential for nitrogen fixation in bacteria associated with sea anemones, Biological Sciences Department Chair Chris Ivey praised his talents and described him. as an “outstanding scholar”.

“He had an inordinate influence on our program and our department, through his leadership of fellow students, his strong research skills, and his exemplary perseverance through the odds,” Ivey said. “Jaime’s quiet strength has been an inspiration to many of us, and we believe he embodies the strengths of Chico State and the unique type of education we offer on this campus.”

Preparing to graduate this week, as the first person in her family to earn a master’s degree, Lopez is deeply proud.

“Graduating gives me the satisfaction of telling my family that it’s not just about me, it’s about me rewarding them for the sacrifices they’ve made to help me get to where I am. am now,” he said.

Lopez is already working as a California Sea Grant Fellow, the next step toward her dream of working for the National Oceanic and Atmospheric Administration as a research biologist. The one-year program offers the opportunity to work in a government agency that studies marine resources and in policy decisions affecting those resources.

He hopes this experience will lay the foundation for a career where he will spend his days studying corals and coastal habitats, working to protect them from the impacts of climate change, and making a difference in the field of marine biology.

Tran doesn’t doubt it.

“What he has done so far in his academic journey will challenge us to challenge the limits of our own dreams, and what he will continue to do in science will dare to leave his mark in creating a sustainable environment. for future generations,” she added. mentioned.

Medical Loan: What Is It And How Can I Get It?

Medical Loan: What Is It And How Can I Get It?

Your health is invaluable. However, health care is costly, and medical bills can quickly mount if you become ill. While health insurance will usually cover a portion of your care, you may be responsible for the remainder. A medical financing might assist you in covering a wide range of medical costs. Continue reading to find out more about medical loans and how to apply.

How do medical loans work?

A medical loan is a personal loan used to pay for medical expenses such as operations, normal medical procedures, and emergency room visits. A medical loan can also be used to consolidate medical debt or to cover high health insurance deductibles.

Most medical loans are unsecured, so you don’t have to put up any collateral. However, you’ll probably need good credit to get approved because they’re unsecured. A lender may demand you to put up collateral to secure a medical loan if your credit is fair or low.

Medical loans are available through banks, credit unions, and online lenders. Loan limits vary depending on the lender. However, you can usually borrow anywhere from $2,000 to $100,000 in some situations.

Medical bills are the most common reason for bankruptcy.

Medical bills that are not paid can be an expense that could create a lasting blemish on your credit history . It can also make debt collectors appear on your door. Medical bills could be an obstacle for patients who are reluctant to seek treatment.

One in five Americans has medical debt that is in collections, which means that millions of people could not afford the medical treatment they needed. Actually, medical debt is the biggest single reason for bankruptcy in America according to the National Consumer Law Center (NCLC) and more than half people who file bankruptcy have medical debts as a part of Sheboygan, WI bankruptcy filings.

The filing of bankruptcy is the most effective way to obtain medical debt relief, however it has consequences. Chapter 7 bankruptcy can last on your credit report for as long as 10 years, as per TransUnion. This can make it more difficult for you to be eligible for credit such as mortgages or student loans.

There are a number of ways that you could be able to cut down on your medical debt , or get your hospital bills paid. Read on to find out more about the options available to you for medical debt relief, which includes the possibility of financial aid as well as loan consolidation for debt.

Will obtaining a medical loan harm my credit?

When you apply for a medical loan, lenders run a hard draw on your credit profile to check how you’ve managed credit in the past. A hard credit inquiry can reduce your credit score briefly by a few points. Too many hard credit pulls, recent applications, or new credit in a short period might harm your credit since lenders perceive you as a higher-risk borrower.

What can I do with a medical loan?

You can use a medical loan to pay for copays, high deductibles, and other treatments, such as:

  • Eye and vision difficulties
  • Prescriptions
  • Orthodontics or dental work
  • Treatment for obesity
  • Plastic surgery

Remember that medical loans do not cover all types of procedures, so verify with the lender before applying to see if the surgery you require is covered by its personal loans.

The benefits and drawbacks of medical loans

Like most financial products, a medical loan has benefits and drawbacks to consider.

Advantages of Medical Loans

Quick funding

For most medical treatments or an unplanned trip to the emergency department, you may be requested to pay in advance. Depending on the lender, you can get your money in a matter of days with a medical loan.

Flexible Payback terms

A medical loan usually has flexible repayment terms. The longer the period, the lower your monthly payments, but you will pay more interest. Your monthly payment will be greater if you choose a shorter term, but you will pay less interest throughout the life of the loan.

Consolidate medical debt 

If you’re having trouble keeping up with many medical expenses, a medical loan might help you consolidate your debt into a single loan with a single monthly payment. You might even be able to lower your interest rate.

Disadvantages of Medical Loans

Can add to debt 

Taking out a medical loan will raise your overall debt, putting pressure on your monthly budget. 

If you don’t make your payments on time, your credit will deteriorate, and getting a loan in the future will be more difficult.

High fees and penalties

Like typical personal loans, many medical loans have fees and penalties, such as application or origination fees, late fees, or prepayment penalties.

You may require good to exceptional credit 

If you have bad credit, acquiring a loan can be difficult. If you get a loan with bad credit, you’ll almost certainly have to pay a higher interest rate.

Medical Loan Alternatives

Consider these medical loan alternatives if your credit isn’t perfect or you’re concerned about a long-term financial commitment:

Make a payment arrangement with your healthcare provider.

Most healthcare providers provide a payment plan, and some even let you pay your medical costs without interest. Check with your provider’s billing department to determine if a payment plan that works for you is available.

Credit card for medical expenses

You can use a medical credit card to pay for approved medical and dental bills and pet visits to the veterinarian. However, not all medical bills qualify, and these cards may be accepted only by participating health care providers. Ensure your provider accepts the card and that your procedure is covered before applying for a medical credit card.

Credit card with no interest

Credit card firms frequently offer 0% APR credit cards as an incentive to apply for a card. 

The 0% interest offer is usually only valid for a limited time and is followed by double-digit interest rates once the promotional period has expired. You won’t pay any interest if you use a 0% interest card for medical purchases and pay the balance off in full before the promotion ends.

Look over your bill for any mistakes.

A billing code is assigned to each medical operation. When submitting claims to insurance companies, providers utilize these codes. Because there are thousands of codes, errors are bound to occur. If you detect a mistake on your bill, review it and call your provider’s billing department; you may be able to reduce or even eliminate a charge.

How can I get a medical loan?

Follow these steps to apply for a medical loan if you determine it’s correct for you:

If necessary, improve your credit score. 

Because medical loan interest rates are determined by your credit score, paying off other debt and making monthly payments on time and in full can help you improve your credit score, making it easier to obtain a loan.

Determine how much you require. 

Consider the overall amount of medical expenses you’ll have to pay and how much you can afford to repay.

Look for a lender by doing some research. 

You can obtain the best rates and repayment arrangements for your scenario by comparing multiple lenders.

Select a lender and apply. 

You’ll need to fill out a loan application after you’ve chosen a lender. Lenders will typically require confirmation of job and income and proof of identity and location. They’ll also consider your debt-to-income ratio to see if you’ll be able to pay back the loan. After applying for a loan and being approved, you should get funds within one to seven business days.

BioMed X Institute Launches Funding Program for Ukrainian Refugees

  • The “Ukrainian Refugee Funding Program” provides a research opportunity for doctoral students or master-level researchers at the BioMed X Institute in Heidelberg, Germany
  • The program is aimed at doctoral students and scientists at master’s level in the field of life sciences.

HEIDELBERG, Germany, May 18, 2022 / B3C Newswire / — German independent research institute BioMed X today announces the launch of its “Refugee Funding Program in Ukraine” which supports PhD students and Masters-level researchers in the life sciences who cannot continue their work at institutions in Ukraine. Together with some of its partners, BioMed X aims to give these scientists the opportunity to continue their work in a research group at the BioMed X Institute in Heidelberg, Germany, for a period of up to four years.

Thomas Rückle, Senior Vice President and Head of Research at the BioMed X Institute: “The situation in Ukraine is a tragedy that requires a joint effort to offer support and help. Our BioMed X institute is a place where early career scientists have the opportunity to grow. Together with some of our partners, we started this funding program because we sincerely hope to provide a scientific home for some of the researchers who cannot pursue their careers in Ukraine.

Ideal candidates have a master’s degree, as well as research experience, in molecular/cellular biology, bio-organic chemistry, pharmacology or physics. Knowledge of the German language is not required. Both Ukrainian and non-Ukrainian citizens are welcome to apply, provided they meet the eligibility criteria.

Further information on funding terms can be found on the BioMed X website at https://bio.mx/landingpage/ukraine. To find out more about the application procedure, go to our Career Area at https://bio.mx/career/.

On BioMed X
BioMed X is an independent research institute located on the campus of the University of Heidelberg in Germany. Together with our partners, we identify big challenges in biomedical research and provide creative solutions by combining global crowdsourcing with local incubation of the world’s best early-career research talent. Each of BioMed X’s highly diverse research teams has access to state-of-the-art research infrastructure and is continually guided by experienced mentors from academia and industry. At BioMed X, we combine the best of two worlds – academia and industry – and enable breakthrough innovation by making biomedical research more efficient, more agile and more fun.

Contact

Flavia Bianca Cristian
Communications Manager
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Keywords: Ukraine; Germany; Refugees; Students; biological science disciplines; Biomedical research; Academies and Institutes; Scholarships and fellowships

Posted by B3C Newswire

The convergence of biology and engineering

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Photo: Cavefish (Phreatichthys andruzzii), by Hectonichus, CC BY-SA 3.0 via Wikimedia Commons.

At the recent Dallas Science and Faith Conference, Discovery Institute physicist Brian Miller gave an excellent talk on the convergence of biology and engineering. It’s now on YouTube and eminently worth sharing. Miller’s theme is that “you see the same engineering principles in human engineering that you see in life”. It’s funny that this is the case when you consider that engineering is obviously smart design.

The engineering point isn’t just Dr. Miller’s personal perspective – it’s the insight behind an emerging scientific field, systems biology, which analyzes how living systems work with their “very clear”, including “pre-programmed or pre-designed responses”. to the environment. Systems biology is quickly replacing impatient dismissals of so-called “bad design” in life – “how cr*ppy our shoulders are”, for example, in the words of one journalist who has followed instructions from biologist Nathan Lents.(See Jonathan Wells’ post about it here.) Miller looks at a number of interesting specific illustrations, including the famous eyeless cavefish, which he “thought was a win absolute for microevolution”. He refers at the end to a famous article by physicist Eugene Wigner, “The Unreasonable Effectiveness of Mathematics in the Natural Sciences”. Brian would like to write a sequel, he quips, “The Unreasonable Effectiveness of engineering in the biological sciences.” Watch the full talk now:

Brian Miller

Research CoordinatorCenter for Science and Culture

Dr. Brian Miller is Research Coordinator at the Center for Science and Culture at the Discovery Institute. He holds a BS in Physics with a minor in Engineering from MIT and a Ph.D. in physics from Duke University. He speaks internationally on the topics of intelligent design and the impact of worldviews on society. He has also been a consultant in organizational development and strategic planning, and he is a technical consultant for Ideashares, a virtual incubator dedicated to bringing innovation to market.

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Keywords

biologyBrian MillerDallas Conference on Science and Faithdesign logicDiscovery InstituteEngineeringEugene Wignerintelligent designJonathan Wellsliving systemsMicroevolutionNathan LentsphysicistsshouldersSystems Biology

Schmid College research students receive prestigious national scholarships

Three undergraduate students from Chapman University’s Schmid College of Science and Technology have been selected for highly selective research fellowships.

Benjamin Janda ’23 says winning two prestigious grants validates his research into developing more sustainable chemical processes.

Chemistry major Benjamin Janda ’23 and biochemistry and molecular biology major Kevin Nguyen ’24 were among 417 college students nationwide to receive the Barry Goldwater Scholarship. This prestigious scholarship supports outstanding students on track for outstanding research careers in the natural sciences, engineering or mathematics.

Additionally, Janda and chemistry major Ishaan Shah ’23 were selected as Beckman Fellows. The Arnold and Mabel Beckman Foundation program is a 15-month supervised research experience for outstanding students conducting research in chemistry, biological sciences, or biochemistry.

“It makes me incredibly proud of our students and our faculty to have two Goldwater Scholars and two Beckman Scholars in our college this year,” said Michael Ibba, Ph.D., Dean of Schmid College. “To see three of our nationally honored students speaks volumes about the fundamental research experiences we offer.

A separate Chapman Newsroom article details the journey of Nguyen, a first-generation student whose Chapman experience began in high school as a Simon STEM Scholar. Here we portray Janda and Shah.

Multiple scholarships are “a dream come true”

Benjamin Janda
Janda works in the lab of Allegra Liberman-Martin, Ph.D., studying organic catalysts.

Janda said he was honored to receive the Goldwater and Beckman fellowships, which validate his research project developing more sustainable chemical processes.

“Research is the activity I have enjoyed doing the most over the past year, and the fact that I can continue while being financially supported is a dream come true,” he said.

Janda works in the lab of Assistant Professor Allegra Liberman-Martin, Ph.D., studying organic catalysts that they hope will be more durable and cost-effective substitutes for precious metals.

Janda plans to pursue a doctorate. in organic chemistry for the purpose of carrying out research in total organic synthesis or pharmaceutical sciences.

Treating Symptoms of Severe Asthma

Ishaan Shah '23
The Ishaan Shah Beckman Fellowship provides 15 months of supervised research experience.

Shah began his research journey during his freshman year at Chapman observing students in the upper division of the LaRue Catalysis Laboratory. His research with Assistant Professor Jerry LaRue, Ph.D., has focused on improving the energy efficiency of hydrocarbon-based fuels.

Now Shah is looking forward to advancing his own research in photochemistry to treat the symptoms of severe asthma, a condition he has lived with for seven years.

Through the Beckman Scholars program, Shah will target symptoms related to greenhouse gas emissions.

Shah plans to pursue a doctoral program in photochemistry after earning his Chapman undergraduate degree.

WashU School of Medicine researchers receive $61 million federal grant

The grant supports WashU’s Institute of Clinical and Translational Sciences.

ST. LOUIS — The University of Washington School of Medicine has received a $61 million federal grant to support the infrastructure needed to conduct biomedical research studies, officials said Thursday.

The grant, from the National Center for Advancing Translational Sciences of the National Institutes of Health (NIH), supports the Institute for Clinical and Translational Sciences (ICTS) at WashU.

The five-year grant, a renewal, enables ICTS to continue to serve as a “driver of innovation” in clinical and translational research in the region, with a focus on precision medicine, equity in health and diversity, officials said.

The ICTS, established in 2007, supports nearly 1,800 researchers from WashU and approximately 530 researchers from other regional institutions, including BJC HealthCare, Saint Louis University, University of Health Sciences and Pharmacy of St. Louis and the University of Missouri-Columbia.

WashU’s ICTS provides investigators with funding for staff, training, lab space, equipment and seed grants to help accelerate research discovery in the development of new therapies, officials said. .

“The most important work that our ICTS has done over the past five years has undoubtedly been our response to the Covid-19 pandemic,” said Dr. Guillaume PowderlyDirector of ICTS and Associate Dean for Clinical and Translational Research, said in a press release. “Through ICTS, we have the infrastructure that can allow translational science to flourish and, at the same time, position us to respond well to a national emergency caused by brand new infectious diseases.”

Read the rest of the story on the St. Louis Business Journal website.

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NCWRC: Expect coyote sightings as whelping season peaks – The Coastland Times

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Coyotes are common throughout North Carolina, even in cities and suburbs, but often go unnoticed as they are very good at avoiding people. However, biologists at the North Carolina Wildlife Resources Commission say coyote sightings increase in the spring, so it’s imperative to know what attracts them and what to do if you see one.

WRC notes that coyotes prefer to raise their young in secluded areas, but keeping a litter of well-fed, healthy pups means searching for food at all hours and covering a large territory. Coyotes roam a wide area in search of food, sometimes traversing neighborhoods and densely populated areas in search of an easy meal. Coyotes primarily eat rabbits, small rodents, insects, fruit, and dead animals, but they also eat outdoor pet food and food scraps left near houses. “Small pets, such as cats and small-breed dogs, should always be closely supervised when outdoors, as they can easily be mistaken for a coyote’s natural prey,” said said a WRC press release.

A dog-proof fence, which is at least 6 feet high and prevents digging under it, is the only guarantee of a coyote-free zone, the statement noted, but there are other ways to prevent coyotes hanging out.

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“Try to eliminate any food sources that might attract coyotes and find ways to actively make the area uncomfortable for them,” says Falyn Owens, extension biologist for the Wildlife Commission.

Owens offers these tips for deterring coyotes:

– Feed pets indoors and keep food waste in secure containers. If you feed pets outdoors, set specific feeding times and then remove dishes and spilled food.

– Keep fruit and birdseed off the ground. They can attract coyotes and their rodent prey.

– Keep cats and small dogs on a lead or in a harness when outdoors.

foggy coyotes away from homes and shops. Examples include waving arms and shouting loudly until a coyote leaves, spraying them with a garden hose, or throwing small rocks in their direction.

Pup season brings an added factor to interacting with coyotes.

“Coyotes generally avoid confrontations with people, but they are diligent parents. A coyote that has young pups nearby is more likely to hold on than run away. If you’re going through a brushy or wooded area and you notice a coyote watching or following you from a distance, there might be a den nearby,” Owens said. “Leave calmly and let others know to avoid the area if you are near a public footpath. Coyotes will leave once their young are old enough to survive outside the den.

Coyotes rarely attack people, but are sometimes interested in pets, the statement said. Keep cats indoors and if you are walking a small dog and notice a coyote watching or following you, pick up the dog and mist the coyote until it leaves. “Teaching a coyote to have a healthy fear of people is a great way to discourage unwanted behavior and promote coexistence,” the statement read.

Those with questions about coyote interactions can visit www.ncwildlife.org/coyote or contact the NC Wildlife Helpline, Monday through Friday, 8 a.m. to 5 p.m., at 866-318-2401 or email HWI@ncwildlife.org.

READ MORE NEWS HERE.

University of Arkansas-Fort Smith Campus Tour Finalists

Candidate’s partial work history

Jordan Barley

Principal Senior Associate and Associate Vice President for Academic Administration, Tarleton State University, since July.

Associate Provost and Associate Vice President for Academic Administration, Tarleton State University, July 2019 – June 30.

Dean and Professor of College of Education, Tarleton State University, July 2014 – July 2019.

Associate Dean and Director of Accreditation, College of Education & Professional Studies, Jacksonville State University, July 2011 – June 2014.

Head of the Department of Secondary Education, College of Education & Professional Studies, Jacksonville State University, January 2009 – June 2011.

Vijaya Gompa

Dean and Professor of the College of Science, Technology, Engineering and Mathematics, Johnson C. Smith University, since June 2020.

Professor in the Department of Mathematics, Computer and Information Science, Jacksonville State University, August 2016 – May 2020.

Department Head and Professor of the Department of Mathematics, Computing, and Information Science, Jacksonville State University, August 2016 – December 2019.

Wiregrass Math Project Director, Science and Technology Leadership Academy, Troy University, 2011 – 2017.

Professor in the Department of Mathematics, Troy University, August 2010 – July 2016.

Chad Hargrave

Associate Vice Provost and Director of Research for the Office of Research and Sponsored Programs, Sam Houston State University, since January 2018.

Professor in the Department of Biological Sciences, Sam Houston State University, since September 2018.

Acting Associate Vice President and Director of Research for the Office of Research and Sponsored Programs, Sam Houston State University, January 2016 – December 2017.

Chair of the Department of Biological Sciences, Sam Houston State University, September 2012 – September 2017.

Associate Professor in the Department of Biological Sciences, Sam Houston State University, September 2012 – August 2018.

Scott McKay

Dean of Arts and Sciences, University of Texas Permian Basin, since 2019.

Interim Associate Vice President for Research, University of Texas Permian Basin, 2019 – 2020.

Provost/Vice President for Academic Affairs, Dakota State University, 2017 – 2019.

Dean of the College of Science and Engineering, Southern Arkansas University, 2011 – 2017.

Chairman of the Department of Biochemistry, Chemistry and Physics, University of Central Missouri, 2009 – 2011.

Shadow Robinson

Dean of the College of Engineering and Natural Sciences, University of Tennessee at Martin, since 2018.

Acting Chair of the Department of Engineering, University of Tennessee at Martin, 2019 – 2020.

Director of Compass Curriculum, Millsaps College, 2016 – 2018.

Director of the James Observatory, Millsaps College, 2016 – 2018.

Chairman of the Department of Physics, Millsaps College, 2011 – 2018.

Source: University of Arkansas-Fort Smith

FORT SMITH — The five finalists for the post of provost and vice chancellor of the University of Arkansas-Fort Smith for academic affairs have visited campus for the past two weeks.

Each nominee spent two days meeting and interviewing faculty, staff, students, administration and other members of the community, according to Ken Warden, chair of the university’s internal search committee.

The candidates also held public presentations at the Windgate Theater on campus during which they discussed how they would prepare the university for reaccreditation if selected as provost, according to a university press release. They talked about how to address the challenges they might expect a regional university to also face during the reaccreditation process.

Warden, who also serves as the university’s deputy vice chancellor for compliance and legislative affairs, said the tours allow voters to have their say on the finalists.

“It’s the one we don’t want to get wrong,” Warden said. “We just have to be diligent in the process to make sure we’ve done everything we can to know that this candidate will be highly qualified, but also of high quality.”

Warden said the committee has gathered feedback from voters and will provide feedback on the five finalists to Terisa Riley, chancellor of the university. Riley will ultimately decide who to hire.

The university expects the process to be completed by June 30, the press release said.

Alexandra Zacharella, a research committee member who is director of orchestras and an associate professor of low brass at the university, said she thinks the provost should be a strong advocate for faculty and students. He also understands how the field of higher education is affected by major social, political, economic and technological changes and will be a “true agent of change” in bringing the university into the next phase it has planned.

Warden explained that the university will develop a new strategic plan in the 2022-23 academic year. The university will also go through the reaccreditation process with the Higher Education Commission, a regional accrediting body, in the 2024-25 academic year.

The university has spent much of the time since Riley became chancellor in 2019 responding to the covid-19 pandemic, he said.

Warden said the new provost, which he called a “director of studies role,” will be key to the university’s efforts to get back into the business of ensuring it is both aligned on the needs of the community and matches its mission as a comprehensive regional university. .

Another new phase

Georgia Hale, the university’s current provost, announced in February her intention to retire on June 30.

Hale’s tenure at the university began in 2004 as associate dean of the new College of Business, now the College of Business and Industry, according to the university. From there, she became Acting Dean of the College of Commerce, then Dean of the College of Applied Science and Technology before assuming her current role in 2014.

Hale said she was excited to start planning the next phase of her life. She believes it’s time to have a little less stress after a “very rewarding” career at university.

“This last opening ceremony was a bit sad for me because I’ve spent the last 18 Mother’s Day weekends attending multiple opening ceremonies,” Hale said. “These ceremonies are the culmination of this phase of our students’ lives and the beginning of another. This last beginning meant the same to me.”

Hale said she worked under three chancellors in her eight years as provost and vice-chancellor for academic affairs, a time she described as filled with change. She thinks the university reorganization, something announced in April 2021 that reduced the number of colleges at the university from five to three, among other actions, was probably the most dramatic change she has faced. during these years.

The research

Warden said the national search for a new provost began in February after the university hired Academic Career and Executive Search, a company based in West Hartford, Connecticut. Riley nominated a combination of faculty, staff, students and administrators to serve on the internal search committee for the position, according to the press release.

Kristen Merritt, research committee member and advisory coordinator at the university’s College of Arts and Sciences, said the institution’s commitment to shared governance played an important role in the process of helping Riley to select the new provost.

“Traditionally, you think of provost and academic affairs as just faculty and students, but having a seat at the table as a staff member at this university and as a whole has been a great opportunity,” said Merritt.

The academic career and executive search brought an initial pool of more than 75 candidates to the search committee, according to Warden. The committee then worked with the cabinet to narrow that number down to 16 applicants before narrowing the list down to the five who ended up visiting campus in person that month.

The final five included:

• Jordan Barkley, Senior Associate Vice Provost and Associate Vice President for Academic Administration in the Academic Affairs Division at Tarleton State University in Stephenville, Texas.

• Vijaya Gompa, Dean and Professor of the College of Science, Technology, Engineering, and Mathematics at Johnson C. Smith University in Charlotte, North Carolina

• Chad Hargrave, Associate Provost and Director of Research for the Office of Research and Sponsored Programs at Sam Houston State University in Huntsville, Texas.

• Scott McKay, Dean of Arts and Sciences at the University of Texas Permian Basin in Odessa, Texas.

• Shadow Robinson, Dean of the College of Engineering and Natural Sciences at the University of Tennessee at Martin in Martin, Tennessee.

Rachel Putman, the university’s associate director of strategic communications, said Academic Career and Executive Search was hired for $35,000. The annual salary of the new provost will be around $200,000.

Graduated in neuroscience, she aims for a future in research

Eboni Arnold credits her undergraduate success to self-advocacy, mentorship, and early exposure to her career path. She now looks forward to the new challenges of the doctoral program she has chosen to pursue and hopes to one day be a role model.



Growing up in Titusville, Florida, just a few miles from the Kennedy Space Center, Eboni Arnold was naturally drawn and astute in science and math. Everyone around her thought she should become a doctor, but she never imagined it for herself.

During his freshman year of high school, Arnold’s impressive academic performance caught the attention of his anatomy and physiology teacher, who advised him to attend a six-week summer residency research program in a local university.

After learning all about laboratory research, attending scientific conferences and being mentored by professional researchers, Arnold said that was when she knew the perfect career path for her – a scientist.

Arnold is now looking forward to attending Harvard University in the fall, where she has been accepted for a doctorate. program in biological and biomedical sciences. The recent graduate graduated on Friday with her bachelor’s degree in neuroscience with minors in chemistry, microbiology and immunology from the University of Miami’s College of Arts and Sciences.

“A lot of people don’t even understand what research is and that it’s a career option,” said Arnold, who believes early exposure to science played a huge role in his affinity for the subject. . “I’m such an independent thinker and realized that research allows me to work individually while making a difference.”

Arnold was originally a microbiology major, but after her first semester, she wanted more of a challenge. Once she made the switch, she said the neuroscience program challenged her in new ways.

“There came a time in my college career when I really enjoyed what I was learning,” Arnold said. “I felt so much more engaged in the classroom the last two years.”

While Arnold knows that the University of Miami prepared her perfectly to shine at Harvard University, she was initially intimidated by the doctoral program offer.

“When I went to visit their campus, I was one of three undergrads there. Everyone around me was so much older. But at the same time, it tells me I’m just as competitive than this pool of candidates,” Arnold said. “I applied to Harvard because that’s where I felt I deserved to be. the result was worth it.

As an undergrad, Arnold found her own path and sometimes even took the road less traveled to achieve some of her important goals. From being the minority in nearly every lab or summer research program where she conducted research to being the only member initiated in the fall of 2020 into the Mu Nu Chapter of Sigma Gamma Rho Sorority, Inc., a sorority Historically black, Arnold said she is privileged for every experience that made her who she is today.

For the past two years, Arnold has served as the president of his sorority. In her role, she organized numerous community service events and raised hundreds of donations for breast cancer awareness and a local women’s shelter, all of which culminated in one of her proudest moments: winning five award from the Association of Greek Letter Organization.

“Joining my sorority has helped me build my independence and learn to trust my own abilities,” Arnold said. “Overall, I’ve been very lucky to be smart, to be in the right places at the right time, to meet the right people, and to participate in programs that I could only dream of participating in,” said said Arnold.

Already looking to the future, Arnold said that once she graduates from Harvard, she hopes to open her own research institution and affiliate with a historically black college or university to show students that research is a career option. .

“I want to motivate black students to show them that it’s a possibility,” she said. “Because ultimately, if you see someone who looks like you. . . then you know you can do it too.




Recombinant Protein Market Size, Trends and Forecast to 2029

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ATTRIBUTES DETAILS
ESTIMATED YEAR 2022
YEAR OF REFERENCE 2021
FORECAST YEAR 2029
HISTORICAL YEAR 2020
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Employment May 14, 2022 – Jammu Kashmir Latest News | Tourism

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OBLIGATORY
Experienced salesperson required with knowledge of plywood and hardware materials for showroom in Jammu
Contact: 9419197477
10 a.m. to 8 p.m.

OBLIGATORY
Requires a salesperson for field work with experience for confectionary items (chips, chocolates, caramel and many more) for Jammu, Rajouri, Poonch, Kishtwar and Kashmir
Salary: -15000 base
Contact Number:- 9149465570

JMCT OPC PVT. LTD.
Personnel urgently needed
1. Office Manager = No. 3 (F)
Minimum qualification = MBA
2. Project manager = No. 1
Minimum qualification – MBA
3. Marketing Manager N°50 (M/F)
Minimum qualification = 10+2
4. Caller Woman #5 (Woman only)
5. Office Boy (Peon) #2 (Male Only)
Starting salary 7K to 20K
Address:- 1st Floor, F8-C, Trikuta Complex, BC Road, Jammu
Contact us at: 8493094333, 9797323565

GOYALE SALES CORPORATION
Sr. No. Details Nos.
1. HR (=5 years
experience) 1
2. Interns (Accounting) 2
Maintenance from Monday to Friday
Interview Schedule – 12 p.m. to 2 p.m.
Call duration: 11 a.m. to 1 p.m.
Opp. Digiana Ashram National Road. Telephone number: 9055500618, 9055500603

OBLIGATORY
Pharmacist – 4 No
Applicant must have done D-Pharma/B-Pharma
Pharmacist Assistant – 4 No
Must have experience selling in a medical store
Computer Operator – 4 No
The candidate must have made 12th and good
computer control.
Send your CV to the following email
Contact:- 7780881994, 6005417210
Email:- swaranshpharmaceuticals@gmail.com

Requirement
We are looking for an intelligent and active woman to manage front office operations at a reputable coaching institute.
Contact: 8082048324

Job alert:
Openings for candidates with the necessary knowledge in the management of electronic purchases (GeM included), mastering MS Office applications, verbal and e-mail communication, accounting (Tally ERP9/Busy).
Another opening for an experienced person to install machinery and equipment
Call: 7006014495, 9419140496
Hours: 9:30 a.m. to 6:00 p.m.
Salary according to skills and experience

HIRE NOW
1. Operations Manager – (1)
2. Packing Boys – (3)
3. Finance Manager – 2 years of experience – (1)
4. Inventory Manager – (1)
Location – Channi Himmat, Jammu
Salary – Rs 6000 – Rs 20000
info.handmadeco@gmail.com
Or WhatsApp your CV
on 8899858823

OBLIGATORY
ENGLISH TRAINER
WOMEN ONLY
MUST MASTER ENGLISH
(FRESHERS MAY ALSO APPLY)
GREAT SALARY
Contact: 9419222584, 7889532931
569/A, GANDHI NAGAR, Above Kumar and Kumar Sports, JAMMU

ANURADHA MISSIONARY SCHOOL (10+2)
KB NAGAR, BANTALAB, JAMMU
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I’m a diving expert – these are the most dangerous things you can do underwater

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WANT to dive on your next trip? More of us seem to be taking the plunge as vacations to destinations renowned for their marine life soar – including the Indian Ocean favourite, the Maldives.

But you can’t just dive as soon as you arrive, whether you’re a beginner or fully PADI qualified.

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Divers explore the coral reefCredit: Getty – Contributor

Resident marine biologist at Ozen Life Maadhoo, Oshin Joanna Christopher, has some advice for anyone looking to have fun in the deep blue.

She said: “Knowledge of local habitats and wildlife, diver safety and environmental responsibility are key.

“So if you’re going on a diving-centric vacation, be sure to locate an accredited center that will look after both your well-being and that of the marine environment you’ll be exploring.”

Whether you’re just starting out, wanting to introduce your kids to the marine environment, or looking for advice after a Covid-enforced diving hiatus, Oshin has tips and ideas so you can get the most out of your diving holiday. dive.

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1 Vacation preparation before diving: Whether you are heading to the Indian Ocean, the Pacific, the Caribbean or the Red Sea, it is important to understand the marine environment in which you will be immersed.

Do your research. There are several different types of underwater environments; seagrass beds, coral reefs, shipwrecks, protected areas and more.

Understand where you are going to dive or snorkel and what species you might encounter.

2 Know the fauna: Knowing the behavior and characteristics of a species can protect you: triggerfish, for example, protect their eggs and can become aggressive if you get too close to their nests, while a fire coral can sting. Make sure you know when to keep a safe distance from particular species.

Read up on the different marine habitats to know what to look for. If there are a lot of crevices where you are heading, you can try to spot lobsters, octopus or giant moray eels.

A shoal of redtooth triggerfish

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A shoal of redtooth triggerfishCredit: David Doubilet/Wildlife Photographer of the Year 2019

3 Packaging: Reef-safe sunscreen, hats or caps, sunglasses, insect repellent, rash, seasickness treatments are a must. Reduce single-use plastics by getting a reusable water bottle.

A user-friendly underwater camera or Go Pro is advised to document your diving/snorkeling experience.

You’ll be more comfortable with your own mask and fins, so it’s worth making room for these in your luggage.

4 Protect the coral: Coral reefs are a fragile ecosystem. They are biodiversity hotspots and building blocks of the marine environment, so it is important to prevent damage to reefs from human-made pollutants and stressors.

With over 200 million people living along coastlines around the world, corals are also a vital source of livelihoods and food and generate billions in revenue to support local communities through the tourism industry.

5 How to behave in the water: Never touch or hunt marine life. Stay off the sea/ocean bed. A number of sea creatures, such as eels or stingrays, inhabit the sand for camouflage, so avoid disturbing it.

Do not feed fish and marine mammals. Human food, which can be harmful to his organism and his environment.

Do not throw. Plastic and all other non-biodegradable materials can linger in the ocean for years and can entangle or suffocate marine animals.

Keep your distance from all marine wildlife, including giant whale sharks.

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Keep your distance from all marine wildlife, including giant whale sharks.Credit: Getty – Contributor

6 Experiences with ocean giants: When looking for or approaching larger marine life – rays, whales, sharks or dolphins – do your homework.

Learn about the animal’s behavior and blind spots. For example, if you are diving with manta rays, you must know never to block their path. Approach from the side only.

Try to maintain a distance of three meters from the animal to minimize any stress.

7 Introduce children to diving or snorkeling: Education is key. Help educate children and the experience of snorkeling or diving in advance, using kid-friendly videos, films and documentaries such as Blue Planet, Puff: Wonders of the Reef or My teacher Octopus.

Fish identification books and cards are also useful for identifying marine life and creating anticipation.

Teaching children to swim and to feel confident and comfortable in the water is imperative before any beach trip, but especially in preparation for a diving or snorkeling trip.

The recommended minimum age for diving is 10 years old, and some children are introduced to snorkeling as young as two years old, every child is different.

Take the kids snorkeling to introduce them to underwater life.

5

Take the kids snorkeling to introduce them to underwater life.Credit: Getty

8 Food and drink: Scuba diving burns a lot of calories, so a good balanced but light meal free from heavy fats and oils is recommended and should be eaten at least one hour before your dive.

Opt for slow-release energy foods such as eggs, cereal, fruit, bagels, yogurt, or toast to maximize body temperature and endurance throughout the dive.

Be sure to drink plenty of fresh juices, water, or even energy drinks to avoid dehydration, but avoid citrus fruits which can cause acid reflux.

9 Sun protection: It is very easy to get a sunburn on a boat and on the surface of the water. Use umbrellas, sunglasses and hats; especially if on a boat.

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Wait at least 15-20 minutes after applying sunscreen to let the sunscreen absorb enough and apply it all over, including your lips, neck, feet and the backs of your hands to reduce the risk of sunburn of Sun.

And use an SPF of at least 30 and make sure it’s Reef Safe. Studies show that chemicals such as oxybenzone can harm coral health and be toxic to fish, so use a reef-safe mineral-based sunscreen.

Ozen Life Maadhoo Beach Villas.

5

Ozen Life Maadhoo Beach Villas.

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Undergraduate Biologists Honored with 2022 Quatrano, Spector Prizes

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Lowder and Wallace

The Arts and Sciences Biology Department at Washington University in St. Louis has announced the winners of its annual awards.

Ethan Lowder, a December 2021 graduate who majored in the biochemistry stream of biology, won the 2022 Ralph S. Quatrano Award.

This award is given to the dissertation showing the greatest evidence of creativity in design, research methodology, or broader scientific implications. The award is given in honor of Ralph Quatrano, Spencer T. Olin Professor Emeritus and former holder of the Chair of Biology. Lowder was nominated by his main research advisor and mentor Robert Kranz for his thesis entitled “Cryo-EM structures of CcsBA elucidate cytochrome c biogenesis and heme transport”.

Kayla Wallace, an environmental biology major with a minor in anthropology, won the 2022 Spector Prize. This award is given to a graduate in memory of Marion Smith Spector, a 1938 graduate who studied zoology under the late Viktor Hamburger .

The Spector Prize, first awarded in 1974, recognizes academic excellence and outstanding undergraduate achievement in research. Students are nominated by their research mentors for outstanding research that has made substantial contributions to a field. Wallace was nominated by her faculty mentor Joan Strassmann; his thesis was entitled “Effects of freshwater acidification and parasitism on the consumption behaviors of rusty crayfish”.

Read about these nominated awards and other undergraduate and graduate student recognitions on the Biology webpage.

/Public release. This material from the original organization/authors may be ad hoc in nature, edited for clarity, style and length. The views and opinions expressed are those of the author or authors. See in full here.

Protein Purification and Isolation Market Size and Forecast

New Jersey, United States – Comprehensive analyzes of the fastest growing companies Protein Purification and Isolation Market provide information that helps stakeholders identify opportunities and challenges. The 2022 markets could be another big year for protein purification and isolation. This report provides an overview of the company’s activities and financial situation (a company profile is required if you want to raise capital or attract investors), recent developments (mergers and acquisitions) and recent SWOT analyses. This report focuses on the protein purification and isolation market in the assessment period 2029. The report also provides growth analysis of the protein purification and isolation market which includes Porter’s Five Factor Analysis and Supply Chain Analysis.

It describes the behavior of the industry. It also outlines a future direction that will help companies and other stakeholders make informed decisions that will ensure strong returns for years to come. The report provides a practical overview of the global market and its changing environment to help readers make informed decisions about market projects. This report focuses on growth opportunities that allow the market to expand its operations in existing markets.

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The report helps both major players and new entrants to analyze the market in depth. This helps key players determine their business strategy and set goals. The report provides key market insights including niche growth opportunities along with market size, growth rate and forecast in key regions and countries.

The Protein Purification and Isolation report contains data based on rigorous studies in primary and secondary schools using the best research practices. The report contains exhaustive information which will enable you to evaluate each segment of the Protein Purification and Isolation market. This report has been prepared considering various aspects of market research and analysis. It includes market size estimates, market dynamics, and company and market best practices. Entry marketing strategy, positioning, segmentation, competitive landscape and economic forecasts. Industry-specific technology solutions, roadmap analysis, alignment to key buying criteria, in-depth vendor product benchmarking

Key Players Mentioned in the Protein Purification and Isolation Market Research Report:

Purolite Corporation, Bio-Rad Laboratories, Thermo Fisher Scientific, QIAGEN NV, Sigma-Aldrich Corporation, Agilent Technologies, GE Healthcare Life Sciences, Merck Millipore, Roche Applied Science, Promega Corporation

Protein Purification and Isolation Market Segmentation:

By Product Type, the market is primarily split into:

• Ultrafiltration
• Precipitation
• Chromatography
• Electrophoresis
• Western blot

By application, this report covers the following segments:

• Drug testing
• Discovery of biomarkers
• Protein-protein interaction studies
• Diagnostic

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Scope of the Protein Purification and Isolation Market Report

ATTRIBUTES DETAILS
ESTIMATED YEAR 2022
YEAR OF REFERENCE 2021
FORECAST YEAR 2029
HISTORICAL YEAR 2020
UNITY Value (million USD/billion)
SECTORS COVERED Types, applications, end users, and more.
REPORT COVER Revenue Forecast, Business Ranking, Competitive Landscape, Growth Factors and Trends
BY REGION North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
CUSTOMIZATION SCOPE Free report customization (equivalent to up to 4 analyst business days) with purchase. Added or changed country, region and segment scope.

Geographic segment covered in the report:

The Protein Purification and Isolation report provides information on the market area, which is sub-divided into sub-regions and countries/regions. In addition to the market share in each country and sub-region, this chapter of this report also contains information on profit opportunities. This chapter of the report mentions the market share and growth rate of each region, country and sub-region over the estimated period.

• North America (USA and Canada)
• Europe (UK, Germany, France and rest of Europe)
• Asia-Pacific (China, Japan, India and the rest of the Asia-Pacific region)
• Latin America (Brazil, Mexico and rest of Latin America)
• Middle East and Africa (GCC and Rest of Middle East and Africa)

Key questions answered in this Protein Purification and Isolation Market report

  1. How much revenue will the Protein Purification and Isolation market generate by the end of the forecast period?
  2. Which market segment is expected to have the maximum market share?
  3. What are the influencing factors and their impact on the Protein Purification and Isolation market?
  4. Which regions are currently contributing the maximum share of the global Protein Purification and Isolation market?
  5. Which indicators are likely to drive the Protein Purification and Isolation market?
  6. What are the key strategies of the major Protein Purification and Isolation market players to expand their geographical presence?
  7. What are the key advancements of the Protein Purification and Isolation market?
  8. How Regulatory Standards Affect the Protein Purification and Isolation Market?

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Using Virtual Reality Headsets to Educate UTSA Students on Protein Structures

Francis Yoshimoto, Assistant Professor in the Department of Chemistry at UTSA College of Science, introduces his students in the Biochemistry II Lab to a new way of learning; using virtual reality headsets to observe and analyze protein structures.

Yoshimoto’s students used the Department of Computer Science’s VizLab to set up these virtual reality (VR) headsets. Students created snapshots of a protein using traditional computer software, such as Chimera or Pymol, then went to the same region of the protein in ProteinVR, a web-based molecular visualization program that allows you to see proteins with a VR headset.

After comparing the two images, the students prepared 3D snapshots of other proteins and their interactions with ligands or protein partners by searching the protein database for other proteins related to human health, such as SARS CoV-2 spike protein, which the coronavirus uses to invade human cells.

3D VR headsets have proven to be an effective way to educate students about protein structures, immersing them in a unique learning experience. Under the ProteinVR viewer with the Oculus headset, students could change their viewing angles of the protein and navigate forwards and backwards using the joystick on the Oculus remote. With the helmet on, students could travel inside the protein. If they wanted to move in a different direction around the protein, they could just tilt their head while wearing the headset and keep moving forward and backward with the joystick.

For more than 15 years, I have watched protein only on my computer screen. Putting on a virtual reality headset to get inside an actual protein was truly an eye-opening experience for me and my students.”

Francis Yoshimoto, Assistant Professor, UTSA College of Sciences

Virtual reality technology is already used in the biomedical industry. It has, for example, been used to help pharmaceutical companies in their work of designing new drugs; a recent breakthrough for the development of new drugs. By receiving exposure to and training in VR technology, Yoshimoto’s students were able to apply the skills learned in the classroom in a way relevant to a future career in biomedical research. The project is representative of UTSA’s commitment to programs that provide students with a better understanding of the marketable skills needed in the workplace and are especially important in linking success in the classroom to life after graduation. for historically underserved populations.

Yoshimoto and his lab instructors partnered with the university’s Research Computing Support Group to host this virtual reality learning experience.

UTSA is a Tier 1 research university and Hispanic service institution specializing in cyber, health, future fundamentals, and socioeconomic transformation. The university aspires to be a model of student success, a leading public research university, and an example of strategic growth and innovation excellence.

Detailed analysis of the laboratory automation market research with forecasts by 2028

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This Laboratory Automation Market report makes available statistics on the current state of the industry as a valuable source of guidance and direction for companies and investors interested in this market. By precisely understanding the requirements of the client and following them firmly, this market research report has been structured. This report studies market attributes, industry structure and competitive scenario, issues, desire concepts, along with business strategies, market efficiency, investment research and new business challenges. In the market report, a complete and clear overview of the market is written which is useful for many businesses.

Additionally, the industry report provides insight into the revenue growth and sustainability initiative. With this report, not only an unqualified individual but also a professional can easily extrapolate the whole market in seconds. This business report provides key statistics on the market status of global and regional manufacturers and is a valuable source of guidance and direction for companies and individuals interested in the industry. The information covered helps companies know how patents, license agreements, and other legal restrictions affect the manufacture and sale of the company’s products.

Global laboratory automation market is expected to grow from its initial estimated value of USD 5.3 billion in 2018 to an estimated value of USD 8.4 billion by 2026, registering a CAGR of 5.8%. The next market report contains data for the historical year 2017, 2016, the base year for calculation is 2018, and the forecast period is 2019 to 2026.

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Key Market Competitors: Global Laboratory Automation Market

Some of the major players in the global laboratory automation market are Beckman Coulter, Inc., Tecan Trading AG., Perkinelmer, Inc., Danaher, Thermo Fisher Scientific, Inc., Agilent Technologies, Inc., Qiagen, F. Hoffmann -La Roche Ltd, Siemens AG, Hamilton Company., Abbott, Aurora Biomed Inc,, BD, BioTek Instruments, Inc,, Brooks Automation, Inc., Cerner Corporation, Biomérieux SA, Eppendorf AG, LabVantage Solutions, Inc, LabWare, among others

Global Laboratory Automation Market by Equipment (Automated Liquid Handlers, Automated Plate Handlers, Robotic Arm, Automated Storage and Retrieval Systems), Software (Laboratory Information Management System, Laboratory Information System, chromatography data system, electronic lab notebook, scientific data management system), Analyzer (biochemical analyzers, immunological analyzers, hematology analyzers), application (drug discovery, genomics, proteomics, protein engineering, biological analysis, analytical chemistry , systems biology, clinical diagnostics, freeze-drying), end user (biotechnology and pharmaceuticals, hospitals, research institutes, academics, private laboratories), geography (North America, South America, Europe, Asia-Pacific, Middle East and Africa) – Industry Trends and Forecasts to 2026

Market Definition: Global Laboratory Automation Market

Laboratory automation is the process in which sample processing equipment is used to perform clinical research. The laboratory automation process is implemented to develop new technologies, increase productivity and reduce time cycles.

Competitive Analysis: Global Laboratory Automation Market

The global laboratory automation market is highly fragmented and the major players have used various strategies such as new product launches, expansions, agreements, joint ventures, partnerships, acquisitions, and others to increase their footprints in this market. The report includes laboratory automation market market shares for Global, Europe, North America, Asia-Pacific, South America and Middle East & Africa.

Market factors

  • Increased adoption of miniaturization process resulting in low reagent cost and high productivity
  • Increase in government funding for the development of research in biotechnology and drug discovery
  • Increase drug discovery and clinical diagnostics

Market restriction

  • High initial investments
  • Compatibility and portability issues leading to reduced adoption of lab automation in small labs

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Segmentation: global laboratory automation market

By equipment

  • Liquid handlers
  • Automated Plate Handlers
  • robotic arm
  • Automated storage
  • Recovery systems

By software

  • Management system
  • Laboratory information system
  • Chromatography Data System
  • Electronic lab notebook
  • Scientific Data Management System

By analyzer

  • Biochemistry analyzers
  • Immuno-Based Analyzers
  • Hematology analyzer segments

By app

  • drug discovery
    • High Throughput Screening (HTS)
    • Adme Screening
    • Weighing and dissolving compounds
    • Compound Management
    • Others
  • Genomics
  • Proteomics
  • Protein engineering
  • Biological analysis
  • Analytical Chemistry
  • System biology
  • Clinical diagnosis
    • Sample preparation
    • Split
    • Archiving
    • EIA
  • Freeze-drying

Per end user

  • Biotechnology and pharmaceuticals
  • Hospitals
  • Research institutions
  • Academics
  • Private laboratories.

Key Market Developments:

  • In May 2019, the Labstep announced that it was bringing the Internet of Things to researchers in the lab. This will help to automatically record data which can be used for further analysis
  • In May 2019, Beckman Coulter, a global leader in clinical diagnostics, obtained European CE Marking and Chinese Food and Drug Administration approval for the DxA 5000 total laboratory automation solution. The DxA 5000 will help dramatically improve laboratory efficiency.

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  • Current and future prospects of the global laboratory automation market in both developed and emerging markets
  • The segment that is expected to dominate the market as well as the segment that holds the highest CAGR during the forecast period
  • Regions/countries expected to experience the fastest growth rates during the forecast period
  • The latest developments, market shares and strategies employed by major market players

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23 bald eagles have died from the HPAI virus

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At least 23 bald eagles have died from a new strain of highly contagious bird flu spreading through Florida’s wild bird populations, according to state wildlife data.

Brevard County leads the state with eight eagle deaths. At least one eagle has died in Indian River County since the virus was first detected in Florida in January, according to state data.

Eagles represent only a fraction of the “several thousand” estimated cases of highly pathogenic avian influenza (HPAI) among wild ducks, vultures, owls, pelicans and several other species in Florida, according to Carly Jones, word of the Florida Fish and Wildlife Research Institute.

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HPAI threatens bald eagles

The country’s bald eagle population has largely thrived over the past three decades, despite threats from car collisions, habitat loss, electrocution on power lines and lead poisoning – its greatest threatens, according to Jack Davis, Pulitzer Prize winner and author of the recent book “The Bald Eagle: The Improbable Voyage of the American Bird.”

“It is sad to see the impact of the flu on all birds and it will be equally sad if the flu negates the return of the bald eagle,” Davis said in an email to TCPalm. “That and wildlife officials worked hard to restore the population, and Americans only came to know and appreciate the species after decades of more or less living without it.”

Florida has about 1,500 breeding pairs of bald eagles, one of the largest concentrations in the lower 48 states, according to the Florida Fish and Wildlife Conservation Commission (FWC).

‘Unprecedented’ bird flu outbreak

This strain was first documented in the United States last year and in Florida in January after a hunter killed a blue-winged teal duck in Palm Beach County, according to the institute. Since then, it had spread to at least 23 Florida counties as of May 2.

This is the first known outbreak of HPAI in Florida, with a “significant mortality event” of hundreds of scaup ducks and other species documented along the state’s eastern seaboard, according to FWC. Wildlife officials call the outbreak “unprecedented.”

Florida is behind only North Dakota and North Carolina in most confirmed cases of HPAI in wild birds, according to the latest data from the US Department of Agriculture as of May 6. North Dakota had 197 cases, North Carolina 143 and Florida 74.

The number of unconfirmed cases in all states is likely much higher, experts say.

Can people catch bird flu?

Bird flu can be transmitted to humans, but it is rare and “low risk”, according to the institute.

A Colorado inmate who was exposed to poultry infected with bird flu is the first person in the country to test positive for the strain, showing mild symptoms of fatigue, the Centers for Disease Control and Prevention and the Colorado Department of Public Health and Environment announced on April 28.

The public should avoid handling sick or dead birds. If you must handle them, wear disposable gloves and wash well afterwards. Keep wild birds away from pets and poultry.

“Because (bird flu) is highly contagious and cannot be treated in wild birds…some wildlife rehabilitation centers may not accept these animals at this time,” the institute posted on Facebook.

As of Monday, May 2, 2022, at least 23 Florida counties had confirmed cases of bird flu in wild bird populations, according to the Fish and Wildlife Research Institute.

Which birds get HPAI avian influenza?

While some infected species show no symptoms, others may appear lethargic or show “severe neurological signs,” including circling, shaking and convulsing, according to FWC. Birds are often found dead without any signs of trauma.

The virus is often fatal in chickens or turkeys. In Florida, no domestic fowl contracted the virus, but in Indiana tens of thousands of turkeys were euthanized in February, according to the Indianapolis Star, a USA TODAY Network site.

Birds can spread the virus through feces, saliva and nasal secretions, according to FWC. All species of birds can contract the virus, but the most susceptible are raptors, scavengers, waterfowl and waterfowl.

Black vultures appear to be one of the most susceptible species to the outbreak and strain in Florida, Jones said. Muscovy ducks have also tested positive statewide. Other bird species at risk, according to FWC, include:

  • Ducks
  • geese
  • Swans
  • Gulls
  • terns
  • storks
  • plovers
  • Sandpipers
  • Eagles
  • falcons
  • vultures
  • Crows
  • Chickens
  • Turkeys

Songbirds are generally at low risk of being carriers of bird flu, but “it cannot be ruled out” that species that feed on birds could harbor the virus, according to the FWC. Still, the agency suggests cleaning birdbaths and feeders with a 10 percent bleach solution or one part bleach mixed with nine parts water.

How to report sick, dead or injured birds

You can help Florida biologists investigate the bird flu outbreak by reporting any sightings of sick or dead birds. Observations help biologists understand where outbreaks are occurring in real time and help inform response efforts.

Max Chesnes is an environmental reporter for TCPalm who focuses on issues facing the Indian River Lagoon, St. Lucie River and Lake Okeechobee. You can follow Max on Twitter @MaxChesnesemail him at max.chesnes@tcpalm.com and call him at 772-978-2224.

Coral reefs provide stunning images of the world under assault

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A marine biologist and a musician have been on a mission for 15 years to save dying coral reefs.

Humans don’t know what they’re missing below the surface of a busy shipping channel in the ‘cruise capital of the world’. Just below the keels of massive ships, an underwater camera provides an otherworldly live feed, showing marine life doing its best to resist global warming.

This Miami Government Cut camera is just one of many ventures by a marine biologist and musician who have led a 15-year mission to raise awareness about the death of coral reefs by combining science and art to bring underwater life into pop culture.

Their company – Coral Morphologic – pops stunning images, puts gorgeous close-ups of underwater creatures on social media, sets up a time-lapse video of coral swaying and glowing to music and projects it onto buildings, selling even a line of coral-themed beachwear.

“We are not all art. We are not all scientists. We are not all technicians. We are alchemy,” said Colin Foord, who defies the appearance of a typical scientist, with blue hair so spiky it looks electrically charged. He and his business partner JD McKay sat down with the Associated Press to show off their work.

One of their most popular projects is the Coral City Camera, which recently surpassed 2 million views and usually has around 100 viewers online at any time every day.

“We’re actually going to be able to document a year of coral growth, which has never been done before in situ on a coral reef, and that’s only possible because we have this technological connection right here at the Port of Miami that allows us to allows you to have electricity and internet,” Foord said.

The livestream has already revealed that staghorn and other corals can adapt and thrive even in a highly urbanized underwater environment, along with 177 species of fish, dolphins, manatees and other marine life, said Ford.

“We have these very resilient corals growing here. The main purpose of having it underwater was to show people that there is so much marine life here in our city,” Foord said.

McKay, meanwhile, sounds like a Broadway producer as he describes how he also films the creatures in their Miami lab, growing coral in tanks to prepare them for beautifully colored close-ups.

“We basically create a set with one of these aquariums and then obviously there are actors – coral or shrimp or whatever – then we shoot it, then I get a mood, whatever might be going on in the stage and then I soundtrack it with ambient sounds, something very oceanic,” McKay explained.

Their latest production, “Coral City Flourotour,” will be featured this week on the New World Center Wallscape as the Aspen Institute hosts a major climate conference in Miami Beach. Foord speaks during a panel on how the ocean’s natural systems can help humans learn to combat the impacts of climate change. The title of the conference? “The ocean is a superhero.”

“I think when we can recognize that we’re all this one family of life and everything is interconnected, hopefully we can make meaningful changes now, so that future generations don’t have to live in a world of wildfires and melting ice caps and dead oceans,” Foord told the AP.

Their mission is urgent: After 500 million years on Earth, these species are under attack from climate change. According to the National Oceanic and Atmospheric Administration, warming oceans are causing coral bleaching and increasing the risk of infectious diseases that can lead to mass coral mortality. Stronger storms and changes in water chemistry can destroy reef structures, while altered currents wash away food and larvae.

“Climate change is the greatest global threat to coral reef ecosystems,” NOAA said in a recent report.

This joins the second part of the name Coral Morphologic. “What does it mean to be morphological? It really means having to adapt because the environment is constantly changing,” Foord said.

The living staghorn, elkhorn, and brain coral at Government Cut provides a concrete example of how coral communities can adapt to phenomena such as rising heat and polluted runoff, even in a setting as unlikely as the Port of Miami. Their video documented some corals fluorescing, an unusual response in offshore waters that Foord says could shield them from sunlight.

“The harbor is an invaluable location for coral research,” Foord said. “We have to be realistic. You won’t be able to return ecosystems to the way they were 200 years ago. The options we have are more drastic.”

Beyond science, there are clothes. Coral Morphologic sells a line of surfwear and swimwear that is inspired by flower anemones and brain coral and uses eco-friendly materials such as a type of nylon recycled from old fishing nets. .

“We see the power of technology connecting people to nature. We are lucky as artists and the corals benefit from it,” Foord said.

Jackson reported from Miami and Anderson from St. Petersburg, Florida.

FSU neuroscientist awarded $1.8 million NIH grant to study brain’s influence on eating habits

Roberto Vincis, assistant professor of biological sciences and neurosciences. (Florida State University)

A researcher from the Florida State University Neuroscience Program has received a $1.8 million grant from the National Institutes of Health to study how the brain encodes information about food and how that information affects eating habits and food choices of an individual.

Roberto Vincis, assistant professor of biological sciences and neurosciences, will lead the five-year, NIH National Institute-funded study of deafness and other communication disorders, focusing on the role of different regions of the brain and how their interactions contribute to the sense of taste.

“Based on previous research, we understand that eating habits start with how the brain encodes information about what we eat,” Vincis said. “Sometimes these habits lead to problematic eating behaviors down the road, such as eating disorders or obesity. Our research should shed light on how the brain controls food intake and eating behaviors by studying the circuits neural and computational brain regions involved in taste and reward processing.

Human brains constantly receive sensory information from the outside world and calculate the sensory information in relation to the individual’s own experience, such as their background, behavioral state, and times they may have encountered that same sensory information. The brain uses this information to build a perception of what the individual is experiencing.

“Our previous research, on which this grant builds, investigated the cortical processing of various characteristics of taste; we have developed an experimental design to collect and analyze behavioral and neural responses regarding taste,” said Cecilia Bouaichi, PhD student in neuroscience and research assistant at the Vincis laboratory.

When we eat and drink, our brain receives information about the food and drink in our mouth. One of the inputs is taste and its qualities such as salty, sweet or sour which are activated by chemicals in food and drink when they bind to receptors in our mouth and tongue. The pleasure component of taste is simultaneously activated and helps us determine whether we like food, Vincis explained.

The brain processes information from the oral cavity based on these components and the individual’s background and behaviors. One experience is often enough to develop specific eating habits, such as a preference or dislike for certain foods.

Weather and other factors such as illness or hunger can also affect how the brain senses a specific taste. Taste buds also regenerate every two weeks, which means an individual’s preferences can change over time, which explains, for example, why adults may enjoy certain foods they hated as children. .

This study focuses on both behavior and neural activity while individuals consume food. The research team believe this study will help scientists better understand how different parts of the brain interact while people eat and how the brain encodes taste information.

“Because our decisions are driven by information calculated by our brain, if there is a problem in any of these brain regions, it can lead to impulsive behavior like choosing to do something even knowing that it is. will have negative consequences,” Vincis said. . “Eating disorders and other negative eating habits arise due to the brain’s improper integration of sensory information or behavioral information.”

Biological Absorption of Nutrients – Ohio Ag Net

By James Hoorman, Hoorman Soil Health Services, adapted from “Solubility versus Biology” by Lawrence Mayhew.

Regenerative farming practices focus on absorbing nutrients from soils through the soil’s natural biological cycles. This ecological farming approach uses microbes and carbon compounds to produce crops naturally rather than relying entirely on highly soluble “salty” nutrient inputs for plant nutrition.

Jim Hoorman, Hoorman Soil Health Services

Prior to commercial synthetic fertilizers, historically, soil microbes supplied approximately 80% of soil nitrogen (N) through the efficient process of microbial nitrogen fixation. However, soil compaction and excessive use of nitrogen fertilizers negatively impact nitrogen-fixing microbes. For the first time, the total fixed N provided by microbes is lower than the amount of synthetic N applied from fertilizers. Excess salt-based or soluble fertilizer upsets the natural balance of the soil.

Soil microbes interact with plant roots and soil minerals to release plant nutrients from soil minerals. Biological release of plant nutrients has much greater potential for plant mineral uptake than relying entirely on soluble nutrients from fertilizers. Plants have devised complex systems of breaking down minerals into nutrients and then using active transport mechanisms to move them through their roots. Active transport, biological activity and complex organic substances are essential components for efficient uptake of nutrients by plants. There are many natural organic ways to effectively, cost-effectively and environmentally-friendly absorb plant nutrients without using soluble or salty fertilizers. Currently, our understanding of these biological processes is just beginning to flourish.

To be highly water soluble, fertilizers must readily dissociate in water into highly charged positive ions (cations) and negatively charged ions (anions) called salts. “Salts” are the simplest, but most wasteful and environmentally harmful soluble fertilizers. Fertilizers are rated by their salt index, which ranks the potential to damage seeds and germinating plants. The salt index of a fertilizer is directly related to its solubility in water. So-called plant root “burn” is caused by soil dehydration, a natural soil response to counter high salt inputs. Other soil responses to highly soluble fertilizers are the “leaching” and “binding” of nutrients by soil colloids. The soil tries to buffer or keep these soluble salty nutrients at low concentrations so the soil biology can survive.

The soil is a living system sensitive to the supply of highly soluble salts. In low-input agriculture (sustainable, organic, organic, regenerative), highly soluble soil inputs are used sparingly. Salt disturbance is handled primarily by water, which surrounds and neutralizes high cation and anion fertilizers. These salts can cause a plant root to desiccate or dry out because water is retained and the plant is not available.

Soil water contains both dissolved and undissolved substances. The part of the soil water containing dissolved substances is called the soil solution. The total dissolved nitrogen in the soil solution per acre is in the range of about 0.4 to 1.5 pounds per acre. For dissolved phosphorus, the range would be 0.001 to 0.003 pounds in an acre! Just a trace. Most soil nutrients are soluble at very low concentrations to maintain healthy soil.

In countries where crops are fertilized with synthetic nitrogen fertilizers, the efficiency of nitrogen use is very low. In the United States, approximately 54% of all nitrogen fertilizer applied to corn crops is wasted. In biological systems, nitrogen is used efficiently by both microbes and plants. Approximately 1# of total elemental N grows 1 bushel of corn or 150# of total N to grow 150 bushels of corn/acre. There is only about 1# N/Acre naturally in the soil solution at a time. N uptake by maize is enormous as the maize begins to pollinate to kernel fill. Soil microbes use biological N fixation to convert atmospheric N into plant-available forms of N (50% of total N) to feed our crops. Soil compaction and poor soil structure deprive soil microbes of needed oxygen and nitrogen, thereby destroying the ability to reduce nitrogen inputs. Soil compaction also promotes many crop diseases. When highly soluble salt fertilizers are applied to soil, the soil system must achieve chemical and biochemical equilibrium. The leaching, denitrification and fixation of salts in soil colloids is a natural biological reaction. If you’ve ever tried drinking a glass of water containing a teaspoon of dissolved table salt, you know what I mean. If you don’t vomit, at least you will have an upset stomach and will be extremely thirsty for a long time. Heavy use of saline fertilizers means that soils will leach or use large amounts of water to compensate for high salt inputs. Using regenerative practices (cover crops, direct seeding, manure, compost, humates) improves soil life and improves nutrient efficiency.

OCtech Focuses on Filing Vacancies, Adding Students | national news

Orangeburg-Calhoun Technical College strives to strike the right balance between addressing vacancies and finding ways to increase student enrollment.

At an OCtech Regional Committee meeting on April 19, OCtech President Dr. Walt Tobin reported 11 vacancies, six of which are temporary positions. The other five are full-time, publicly funded positions, or FTEs, including three in the Student Services Department.

Temporary grant positions include: Early College Counselor; interventionist at the beginning of the College; biology teacher; CNA/phlebotomy instructor; early childhood educator and administrative assistant for adult education.

FTE positions include: Criminal Justice Instructor; nursing instructor; financial aid counsellor; administrative assistant to student services, admissions counselor and recruiter.

“A lot of turnover. I think I’ll be blunt and say it has to do with salary. Some of these are for people who have had opportunities for promotion, and some are a combination of the two. We’re now in a generation where people don’t commit to many things, let alone an employer for an extended period of time,” Tobin said.

Area Commissioner David Rickenbaker asked what could be done to help OCtech’s Vice President of Student Services, Dr. Sandra Davis, manage recruitment and enrollment.

“What can we do to help Dr. Davis retain or hire more employees, or retain the employees she has so she doesn’t have all that turnover and then can work on enrollment?” It seems like a correlation I’ve been thinking about for six or nine months. She seems to have a lot of turnover,” Rickenbaker said.

“We have to find a way – or someone has to find a way – to give her the resources she needs to be able to keep a full staff,” he said.

Davis said: “Salary levels just have to go up if we’re going to be competitive with what’s currently on the market for full-time employees. When we even call to try to schedule interviews, we want to be transparent. We want to share what that hiring range is and oftentimes we get turned down before we can even invite them for an interview just because the hiring range doesn’t meet their expectations.”

“So it really starts for us with being able to offer a competitive annual salary,” she said.

OCtech Vice President of Finance Kim Huff said, “I was hoping that with the state in the position it is in this year with the amount of recurring and non-recurring funds that we believe are available for state agencies, there might be an opportunity this year to fix some of those (problems), and that hasn’t happened.”

Rickenbaker said: “That didn’t happen. … Here’s the thing. I don’t want Dr. Davis to get a little behind because enrollment is down when she can’t stay full because we can’t afford to pay people to stay in those positions.”

Tobin said: “We know that it’s easier for us to retain the ones we have than to try to get new ones. … So this whole concept of enrollment management is a twin function academic affairs / student services I understand what you’re saying, but it’s not just new people coming in. We have to keep the ones we have.

The president spoke about the college’s efforts to improve student growth, including everything from a Roadmap to College initiative, which includes campus tours of fifth-year students in Orangeburg and Calhoun counties, Aus. development of career academies which will begin this fall.

A parent meeting has been scheduled to discuss career academies, said Tobin, who also reported that OCtech deans are visiting public school district counselors for meetings, with another scheduled for May 19.

The President also gave highlights of the budget report from the State Senate Finance Committee.

“The system (South Carolina Technical College) requested $30 million from Senate finances. We were hoping to get $22 million, and we ended up with $7 million. So that’s $7 million in new recurring dollars coming into the system to go to the colleges. We’re going to have to have conversations,” Tobin said later.

He told the meeting that the House of Representatives budget included $1.7 million for the maintenance, renovation and replacement of the college and $8 million for the construction of an advanced manufacturing building. . The Senate budget, however, includes $4.7 million for maintenance and repairs and “a one-dollar placeholder for the building,” the president said.

“We think it’s a lot of money. The fact that there’s a placeholder for that, I think, is a good sign,” Tobin said.

The House budget includes $78 million in scholarships and labor grants, while the Senate budget provides $16 million.

“There’s still work to be done to make sure we get enough scholarships for students in the system,” Tobin said.

Marine biologist Eugenie Clark immortalized on a stamp

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SARASOTA, Florida — Eugenie Clark, a pioneering marine biologist who has spent her career working tirelessly to change public perception of sharks and preserve marine environments around the world, was immortalized on a Forever stamp today.

The dedication took place at the Mote Marine Laboratory & Aquarium, which Clark helped found as the Cape Haze Marine Laboratory in 1955.

Credit: United States Postal Service

“One of the purposes of the Postal Service’s stamp program is to celebrate the people who represent the best of our nation, and Eugenie Clark – I should say Dr. Clark or the ‘Shark Lady’ – certainly deserves that recognition,” said said Angela H. Curtis, vice president of Postal Service delivery operations and a dedicated public servant. “She was a brilliant scientist whose groundbreaking work contributed to our understanding of sharks and marine environments.”

A prolific scientist with an unwavering curiosity, Clark (1922-2015) conducted groundbreaking experiments and more than 200 expeditions around the world. She demonstrated that lemon sharks could be trained to perform complex tasks, refuted the idea that some species of sharks must keep swimming to survive, and debunked myths about sharks as vicious and fearsome creatures.

Clark was a pioneer when scuba diving emerged as a research tool and later made more than 70 trips in high-tech submersibles, sometimes up to 12,000 feet below the surface of the ocean. ocean – something that has only been done so far by a small number of other marine biologists.

“Our family is thrilled to see Dr. Clark, or as we call her, Grandma Genie, recognized and honored on a stamp. Her work as an ichthyologist was groundbreaking in proving that sharks are intelligent, and she was a trailblazer for female scientists, researchers and divers. We are so proud of her legacy as an Asian-American woman, teacher, scientist – and most importantly – grandmother,” said Aya Konstantinou, Clark’s daughter.

For her contributions to marine science, she has received the National Geographic Society’s Franklin L. Burr Award, the Explorers’ Club Medal, and the American Society of Oceanographers’ Medal of Excellence, among many other honors. In 2015, she was posthumously honored by the US Congress. In 2018, a species of dogfish shark recently discovered in the Gulf of Mexico was named Squalus clarkae in his honour.

Stamp Art features a digital collage created by multidisciplinary artist Amanda Phingbodhipakkiya. Its design includes a photograph of Clark taken by David Doubilet, as well as a photograph of a lemon shark taken by Reinhard Dirscherl. Wavy blue elements in the background of the stamp evoke an underwater scene.

The Eugenie Clark Forever stamp is sold in sheets of 20 stamps. Eugenie Clark stamps news is shared with the hashtag #EugenieClarkStamp.


Klimenok: Considering Creationism | Perspective

John Nassivera, in his commentary “Science vs religion? takes stock “in some strains of fundamentalist Protestantism, the anti-science position is…strong…rejection of the role of evolution in life forms; rejection of vaccines; holding on to young earth creationism that the earth is between 6,000 and 10,000 years old, etc., etc. He calls them “absurd positions”.

However, a literal reading of the Bible clearly supports these Protestants. So why are they absurd positions? Answer: Modern science has conclusively proven that the order of creation in Genesis 1 is incorrect. The fossil record has shown that life forms evolved over billions of years, from extremely simple to extremely complex. I totally agree with him that fundamentalist positions are absolutely wrong. As a devout Catholic, he should believe what Genesis 1 says about creation, as well as everything in the Bible, because it’s supposed to be the Word of God.

To say that God created the universe and its life forms raises a major problem. Who or what created God? How could such an omnipotent, omniscient and omnipresent being emerge from nothingness? Based on mathematical equations, theoretical physicists and cosmologists have explained how a universe could have formed from essentially nothing, even if it wasn’t quite nothing. Elementary particles, even today, appear and disappear. Current physicists are convinced that at time zero there were energy fluctuations in essentially empty space which can be explained by what they call Heisenberg’s uncertainty principle. This instability resulted in a huge explosion and inflation, a “rapid expansion”, creating the universe we see today. I am convinced that one day scientists will be able to tell us exactly what happened at time zero.

Matter and energy are two forms of the same thing. Physicists have verified that the total energy of our universe is, and always has been, zero. During the inflationary period of the formation of our universe, there was only energy in the form of high-energy gamma rays (photons). Eventually, as the universe cooled and expanded, most of those photons turned into matter.

Nassivera states that “the laws of physics at the cosmic and subatomic level must have existed before the Big Bang of 13.7 billion years ago”. Not true. The laws of physics were created by the Big Bang. There are a handful of physical constants that determine whether there will even be a universe and what it would look like. It turns out that our universe has the right constants. In a multiverse, which many theoretical physicists believe exists, there are many universes with nothing or only hydrogen gas while others have constants that will allow some kind of life.

According to Mr. Nassivera, “chance and accidents can end up building a human being, it’s like pretending that a tornado could make a Boeing 747 from a junkyard. It won’t happen no matter how many millions of years you allow it to happen. Biological scientists have presented various scenarios of how life could have evolved from non-life. There had to be a source and supply of organic molecules, like amino acids, because they are the building blocks of life. They can form from completely inorganic sources through natural processes. Those that make up the DNA and RNA of life on Earth have been found in meteorites, as well as in the gaseous dust clouds of galaxies. Then, they had to be organized into long organic chains called polymers. Energy sources, such as volcanic vents in the deep sea, provided heat so that the necessary chemical reactions could allow the polymers to reproduce faithfully. When replication happened, life began.

Some scientists believe that these chains of organic molecules attached to clay minerals are polarized, with one part of the mineral having a slightly positive charge and another a slightly negative charge. Others postulate that the waves created foam in the oceans or even in freshwater lakes. The amino acids could end up inside these protective bubbles where they could come together. As biologist Richard Dawkins has pointed out, despite the fact that the first form of life had a low probability of forming, there are billions and billions of planets orbiting the stars in our galaxy alone and there are hundreds of billions of galaxies in the known universe. The overall probability is high enough to form life somewhere in the universe. Fossils tell us that life formed on Earth about 3.8 billion years ago.

A principle of “emergence” is when something emerges from simpler forms that have been used for other purposes. An example is the eye which has evolved in animals many times in different ways over hundreds of millions of years. About 550 million years ago, in unicellular animals, there were proteins that were not only able to photosynthesize, but also to distinguish light from dark. A specialized cell, called a photoreceptor cell, evolved into an “eye point” that allowed the animal to sense the intensity of light and the direction of its source. It gradually sank into an imprint. As the indentation deepened, this allowed the animal to have a better ability to detect direction because different cells in the indentation would be impacted depending on the direction of the light source. These “pit eyes” developed in ancient snails during the Cambrian Period, around 500 million years ago. Planaria today has the same structure. At that time, “pit eyes” were no longer used for photosynthesis.

Pinholes developed in the eyespots resulting in better imaging, allowing better directional sensing and primitive shape sensing as seen in the nautilus today. Being able to detect light and its source is definitely a survival advantage. Over time, transparent cells grew over the “pits” and prevented contamination and infestation by parasites. Eventually, a transparent humor formed, resulting in a primitive cornea that could refract light and block ultraviolet light. As more and more photoreceptors surrounded this water-filled chamber, they produced a primitive retina. Because early organisms lived in water that filtered out electromagnetic radiation except for a narrow band of wavelengths between red and violet, this led to the onset of color vision. Until now, ‘eyes’ had no lenses, but the protective cells on a ‘pinhole’ eye eventually split into two layers. The liquid in the layers originally served as a circulating fluid for oxygen, nutrients, and wastes, and resulted in a thicker area that allowed for better protection. It also created better image resolution. Later development created the cornea and iris seen today in most vertebrates, including humans.

Nassivera asserts that “not only is Christianity compatible with science, but Christianity gave birth to modern science” and that “the most recent advances in molecular genetics, physics, and cosmology all point to…the Word” ( God). These are fallacious assertions.

For nearly 2,000 years, Catholic popes have used the Bible to “refute” various scientific claims. It was only relatively recently that the popes finally acknowledged the real and ancient age of the universe and the veracity of evolution. According to the current Catholic Church, all life forms evolved from earlier ancestors, but under the direction of God. A look at the fossil record confirms that humans evolved from earlier ancestors. It would be very difficult for anyone to distinguish a 100,000 year old human from a human living today. The position of the church is that God produced souls that exist only in humans. But when did humans acquire any souls – 100,000 years ago with early man or just 6,000 years ago? The problem is that there is essentially no scientific evidence for souls.

The bottom line here is that religion is incompatible with science because it is able to demonstrate how the universe and life in it could have been realized without the necessity of any god.

John Klimenok Jr. lives in Plainfield.

Southland scientist takes on challenge of linking science to te ao Māori

Dr Theresa Pankhurst says using what she knows how to benefit MÄori is her dream career.

Provided

Dr Theresa Pankhurst says using what she knows how to benefit MÄori is her dream career.

Scientist Dr Theresa Pankhurst embarks on a journey through te ao Māori, but expects to encounter spiritual and emotional challenges along the way.

This is because after 10 years working in a pākehā academic setting, she had the opportunity to merge her biomedical research career with te ao Māori and to seek ways to address Maori health inequalities.

Pankhurst (Ngāi Tahu, Ngāti Kahungunu, Ngāti Porou) received the first Te Urungi Fellowship from the Malaghan Institute of Medical Research, established by its Maori Advisory Group.

It’s the first time she’s been able to put into words what she saw for her future in biomedical research even though she knew in her mind it “would look something like this,” the postdoctoral researcher said. .

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“Personally, going through a research journey up to this point, it’s all pretty mathematical…te ao Māori is about people. It’s people-based and it can conflict with the way we’re traditionally taught science,” she said.

This could present challenges because when reflecting on te ao Māori, it was all about whānau and whakapapa, Pankhurst said.

“It’s about thinking [about] where I come from, my tipuna, my ancestors; so to have something very empirical and mathematical and bring your whānau, your ancestry and your background to it – that for Maori is always a spiritual thing and things that are spiritual are often emotional.

Receiving the inaugural scholarship was “huge,” Pankhurst said, because there was no one whose path she could follow.

Maori television

Three experts with a history of challenging an inequitable healthcare system chat with Moana about using science to survive a pandemic.

“There was no existing framework until this scholarship was designed.”

The fellowship offered all the benefits of a traditional fellowship — like gaining international experience to broaden one’s reach — but was unique in that it will learn to develop one’s skills in a Maori setting, Pankhurst said.

She will spend two years on secondment at the Babraham Institute, University of Cambridge working with Dr Michelle Linterman, a leading researcher in the germinal center of B cell biology and vaccination.

“We’ve seen in New Zealand that Maori health issues need to be addressed and if there’s a way to take what I’m good at to help Maori then that’s my dream career. “

Scientist Dr Theresa Pankhurst regularly visits her home province of Southland and took this photo opposite Takutai o Te Titi Marae in Ōraka (Colac Bay).

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Scientist Dr Theresa Pankhurst regularly visits her home province of Southland and took this photo opposite Takutai o Te Titi Marae in Ōraka (Colac Bay).

Over the next few months, Pankhurst will enhance her Māori reo and attend hui and other workshops to listen, learn and network as she seeks ways to better engage Maori communities, local iwi and hapu, Maori health service providers, communication networks and the media. .

She has spent the past few years working in immunology, and more recently worked on a Covid-19 booster.

Pankhurst began her PhD at Victoria University under Dr Lisa Connor in 2018, working on mucosal vaccines that can be delivered through the nasal passage to stop respiratory diseases when inhaled.

Two years later, the pandemic started “and all of a sudden the work I was doing became extremely relevant,” she said.

Dr Theresa Pankhurst will spend the first year of her fellowship at the Malaghan Institute continuing to work with Vaccine Alliance Aotearoa New Zealand.

Provided

Dr Theresa Pankhurst will spend the first year of her fellowship at the Malaghan Institute continuing to work with Vaccine Alliance Aotearoa New Zealand.

It also led her to join the Vaccine Alliance Aotearoa NZ – a partnership between the university and the Malaghan Institute, and she worked on both influenza and Covid-19 for the remainder of her PhD.

Despite the fact that scientists generally know a pandemic is inevitable, “there was a pretty surreal element to it,” Pankhurst said.

Originally from Invercargill, she always visits the southern city to visit her nana and her whānau matriarch, Marjorie Manaena.

But she’s come a long way since winning $40 in her first science competition at the Southland Museum for growing mold in the closet.

UCI Team Wins $970,000 NIH Grant to Launch Interdisciplinary Training Effort in Skin Biology | UCI News

A team from UCI’s Skin Biology Resource Center has received a five-year, $970,000 grant from the National Institute of Arthritis, Musculoskeletal and Skin Diseases to launch an interdisciplinary training program in skin biology . Designed to develop the next generation of interdisciplinary research physicians and leading scientists in academia and industry, the program draws on the expertise of UCI faculty in the fields of skin biology, biology systems and imaging. “The goal is to develop skin biologists who will integrate bioengineering, imaging and computation into their work to help make new discoveries in skin biology,” said Bogi Andersen, professor of medicine. and biological chemistry at the UCI which co-leads the program with Anand Ganesan. , UCI Professor of Dermatology and Biological Chemistry. The grant will fund three graduate students and one postdoctoral fellow, who will pursue an interdisciplinary project at the intersection of skin biology and systems biology, bioengineering or imaging, guided by a biologist from the skin and a mentor from a complementary field. The program includes laboratory research, lectures, weekly data presentations, a series of seminars and an annual symposium, as well as career development activities tailored to the trainees’ specific interests and career goals. The grant will be administered by the Sue & Bill Gross Center for Stem Cell Research at UCI.

‘Deprived of everything’, survivors of Colorado’s most destructive wildfire face slow recoveries and growing climate threat

Four months after a Christmas week wildfire ripped through their neighborhoods, destroying more than 1,000 homes near Boulder, Colorado, survivors navigate post-traumatic stress disorder, dizzying bureaucracy and the prospect of a new normal for wildfire season.

The Marshall Fire, Colorado’s most destructive blaze on record in terms of property loss, tore through tight-knit suburban communities in Louisville and Superior, as well as rural swaths of unincorporated Boulder County, on 30 December 2021. A local fire official warned that wildfire season is now ‘year-round’, after a subsequent blaze in Boulder in March – the NCAR Fire, named after the National Center for Atmospheric Research overlooking the location where the fire burned – scorched 190 acres and forced the evacuation of 8,000 homes.

Climate change is lengthening the wildfire season in the United States, increasing the average size of fires and causing them to burn more intensely, according to research compiled by the Environmental Protection Agency. Fires are also burning more frequently in landscapes where they were once rare. Most of the twelve families of Marshall Fire survivors interviewed for this story said they did not consider their homes threatened by wildfires at any time of the year, let alone in December, given their remoteness. forests.

“Never in a million years would I have thought Louisville would be hit by a wildfire,” said Leslie Mathis, a finance coordinator who lost her home there. “It took everyone by surprise.”

Here are some survivor stories:

Janet Rodin

Janet Rodina, 71, planned her final years. She had a two-year-old home in Old Town Superior, near her children and granddaughter, in which she could grow old. She filled it with a greenhouse, young tender roses and a motorhome to explore the national parks. “I intended to live here for the rest of my life,” she said, “but it all went down in a few hours.” She settled into her home during an intense year during which she underwent brain surgery, was treated for breast cancer and entered into a divorce. “I was making new friends, and it just slipped my mind.”

Leslie and Dani Mathis

Leslie Mathis and her daughter, Dani, at their home in Louisville.

“I felt very stripped of everything,” said Dani Mathis, 30, who lived in her childhood home with her mother, Leslie Mathis, 62. Dani said she felt she had lost her connection to her father, Steven, who died at home in his sleep in 2010. The only memory she has of him is a ring she wore at the time. ‘fire. Her ashes were lost in the rubble, along with three cats, Chloé, Zoé and Rue, who died in the fire. Leslie said the tragedy had made her more aware of global warming: disasters associated with climate change, she said, “are going to be our new normal”.

Sarah Sierra and Matias Adrian Olivas

Sarah Sierra and Matias Adrian Olivas

As a single mother of three in 1994, Sarah Sierra worked 250 hours to build her home in Superior, hammering and painting alongside friends and Habitat for Humanity volunteers. Owning a home “was my golden dream,” said Sierra, now 75 and retired from working for the Boulder Valley School District. At the time of the fire Sierra was living there with her grandson Matias Adrian Olivas, 18 (pictured) and son Adrian “I almost died the day of the fire,” she said, but ran to the car with her dog and escaped. She said she lost many things that cannot be replaced, including a colorful woolen blanket her father made from a sheep they raised in his childhood home in Zacatecas, Mexico.

Jerolyn Ochs

Jerolyn Ochs

“Our living room was on fire when we left,” said Jerolyn Ochs, 57, a telecommunications analyst who lived in Louisville. Among the things she won’t be able to replace are her late mother’s paintings and all the photos of her dead son-in-law. She and her husband Steve had paid for their home through years of hard work, she said, but it will take another $300,000 beyond what insurance will pay to rebuild the home as it was. before it burns. “I’ve been working since I was 16,” she says. “Now it’s like, are we ever going to be able to retire?”

Queen Pomeroy

Queen Pomeroy

Reina Pomeroy, 37, had lived in her house for just 20 weeks before it burned down. “It was meant to be our forever home,” said Pomeroy, who moved to Louisville from California in the summer of 2021 with her husband David and their 8- and 2-year-old sons. They spent at least 50 hours on the phone with their insurance company to determine their coverage. Although the police are less than 6 months old, it will not be enough to pay to rebuild the house as it was before, she said. The couple will have to start rebuilding with no guarantee that they can get a policy extension to cover the extra costs. Moving to Colorado during the Covid pandemic meant Pomeroy hardly knew anyone when she lost her home, she said. After the fire, she co-founded a group called Marshall Together, through which neighbors share recovery tips and resources. “It’s been a gift to be able to connect with people,” she said. “It’s the weirdest silver lining in this experience.”

Chad, Isla and Shannon Cox Baker

Chad, Isla and Shannon Cox Baker

“Is our house going to catch fire?” Isla, 9, started asking her parents at a young age when she saw or heard of forest fires. “Never. Unequivocally no,” Shannon Cox Baker and her husband, Chad, both 44, told him of their home, which was perched on a ridge on scenic Panorama Drive in unincorporated Boulder County. Today, natural disasters “make us wonder what the future is for life on the Front Range” in Colorado, said Chad, a biologist. “It’s this constant feeling of foreboding,” a Shannon, a real estate developer, said “How hot is it going to be? How smoky? … It’s depressing, it’s nerve-wracking. As she oversees new affordable housing projects in Colorado, the Arizona and Utah, she said, “There’s a constant thought in my mind: Should we live here? Should we grow up? It’s an existential challenge.”

Bonnie Smith

Bonnie Smith, 92, outside her home in unincorporated Boulder County.

Bonnie Smith, 92, and her late husband, Dean, built their home in 1968 in a rural part of unincorporated Boulder County so they could have a horse. Smith, who raised three children there, lost pieces of history in the fire: 450 rare books, her mother’s quilt and all of her wedding photos. The hardest part of losing your home, she said, is “when you can’t find anything that indicates you’re married.” Although the rebuilding will take time, her son, David Smith, plans to install a hot tub and RV on the property this summer so she can spend time where she loves.

Stephen and Elizabeth Van Leir

Elizabeth and Stephen Van Leir at their home in Superior.

Stephen Van Leir, 53, pictured with his wife Elizabeth, 36, loved collecting and rebuilding cars. In the wreckage in front of their home, he planted an American flag on a burnt-out Jeep chassis, next to a hollowed-out 1970 AMC Javelin. Van Leir, a construction manager, said the hardest part of losing her home was feeling unable to provide for their four children, aged 9 to 14. They’re renting an apartment, he said, but it looks like they’re on a long road trip, eager to be home. The cost to rebuild their 1,400 square foot home may be double what insurance will pay, he said, but “our goal is to rebuild.”

Mike Macinko

Mike Macinko poses in a rental property he owned in unincorporated Boulder County.

“You spend your whole life working to get to that place in society where you have things, and then…it’s vaporized onto the earth,” said Mike Macinko, 54. The fire destroyed both the house he lived in, in Superior, and a house he owned in unincorporated Boulder County (pictured), which he was repairing for rent Losing it all was “the greatest exercise in mental toughness of my entire life”, he said. “I think it’s because you have to force yourself to re-emphasize things.” Macinko said he felt changed: “I realized I could get by with a lot less. It made me more detached from things. …I’m going all out, doing everything I can today to get the most out of my life. I don’t think I was like that before the fire.

Sheryl and Evan Buchman

Sheryl Buchman and her son Evan in front of their upper house.

Sheryl Buchman and her three children moved into the Upper Sagamore neighborhood nine years ago, shortly after her divorce. “It was our starting house. We could breathe here,” said Sheryl, pictured with her 16-year-old son Evan. As the fire approached, she stayed behind to rescue a disabled neighbor who was sleeping in the basement as the house was on fire. Now Sheryl is in treatment for PTSD. Anything that reminds her of that day, including high winds, brings her to tears, she says. “It’s really, really hard.” Sheryl, a medical assistant, said she was type A, but the fire changed her: “I’m so much more laid back,” she said. “I’m so easily with the flow now. No matter what you do, something can suddenly change your life.

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Southern Utah Bats Under Annual Examination by Area Biologists – St George News

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ST. GEORGE- In a cave system shaped by tectonic forces cracking ancient limestone, conditions are ideal for hosting one of southern Utah’s largest known bat colonies.

Townsend’s big-eared bat, like this specimen captured during the survey, is identified by its disproportionate ears often compared to ram’s horns, Washington County, Utah, April 25, 2022 | Photo by Ammon Teare, St. George News

But just because biologists know there are plenty of bats in Bloomington Cave from year to year doesn’t mean it’s easy to catch and catalog them during annual surveys.

One such examination was recently conducted on April 25 by a team from the Utah Division of Wildlife Resources. This year, as in previous years, the primary focus was tracking down one of the deadliest threats to bats in the United States: White Nose Syndrome.

“We have quite a few bat species here where it’s not at all understood how they’re going to react to white nose (syndrome), if they do,” said Keith Day, native species biologist with state wildlife. agency. “We don’t know exactly what’s going to happen – I would really say ‘if’ – but probably when it will come out here.”

Caused by an invasive species of fungus (Pseudogymnoascus destructans) that thrives in the cold, damp conditions typical of caves, white nose syndrome is estimated to have killed millions bats since it was first detected in North America in 2006.

The disease has spread across the continent from east to west, carried by migrating bats and unwitting cavers carrying the fungus on boots, clothing and climbing gear. Utah is among the last western states without a confirmed case, along with Arizona, Nevada, Idaho and Oregon.

Catch crafty cave dwellers

While surveying Bloomington Cave, biologists sought to determine if local bat colonies remain uncontaminated, deploying several fine-mesh nets over the main cave entrances to catch bats. as they emerged in the hours just after sunset.

A little brown bat with the characteristic white scab indicating white nose syndrome, Greeley Mine, Vermont, March 26, 2009 | Photo courtesy of Marvin Moriarty/USFWS via Flickr, St. George News

“Success is not positive samples,” Day said. “We may be getting bats from other areas, so if we get positive bats, it may mean bats are coming in and bringing them from somewhere else.”

After carefully disentangling the winged mammals from the nets and placing them in a soft cotton bag to weigh them, the biologists removed the bats’ wings and noses, recorded key body measurements and identified the sex and species. of each bat.

None of the seven bats captured during the evening survey showed signs of white nose syndrome, although Day said they planned to return for further testing to obtain a larger sample.

Earlier surveys carried out over the winter at Mammoth Cave and Bower’s Cave in Garfield County also showed no signs of the deadly fungus, meaning it’s likely the disease didn’t reach the bats. from Utah.

Surveys are conducted annually at Bloomington Cave, Mammoth, and Bower’s Cave due to the relatively large bat colonies they house. However, colonies like these are probably the exception and not the rule in southern Utah.

Kyle Voyles (left), cave specialist and outdoor recreation manager with the Bureau of Land Management, helps Day and Anderson set up netting at the north entrance to Bloomington Cave, Washington County, Utah, April 25, 2022 | Photo by Ammon Teare, St. George News

Even large western caves don’t support massive colonies like those often found in the eastern United States, Day said.

“A lot of our bats probably roost in ones, twos and fives in the cracks and crevices of the cliffs,” he said. “I know of a few colonies that may have a few hundred bats, but nothing like the numbers you see in the rest of the country.”

What Utah lacks in population, it makes up for in variety: Beehive State is home to at least 18 of the nation’s 47 bat species.

Several species of the genus myotis (meaning mouse ears) are commonly found in southern Utah, including thysanodes myotis, or fringed myotis. Day and his team caught fringed forget-me-nots and Townsend’s big-eared bats which apparently share use of Bloomington Cave’s mile and a half of caverns and corridors.

Why bother with those furry flyers?

Researchers are still struggling to piece together the big picture of bat health and their relationship to their local environment. The behavior, preferred habitat and size of bats make them difficult research topics, but some clear patterns emerged that Day and his colleagues would like more people to be aware of.

Theresa Griffin dabs the wing of a fringed bat, testing the bat for a fungal disease commonly known as “white nose syndrome”, Washington County, Utah, April 25, 2022 | Photo by Ammon Teare, St. George News

First, individual bats pose little danger to humans. Since all bats in Utah are insectivores, if ever a bat approaches a person traveling at night, it’s definitely not looking for blood.

“Bats aren’t afraid of humans at all,” Day said. “As far as I know, being around humans doesn’t bother them. They are curious animals, so they can fly up and watch you, then walk away.

Although much has been said about the risk of infection from interacting with a live or dead bat, the truth is that most bats do not carry rabies – although you should contact the Utah Division of Wildlife Resources to remove nuisance bats rather than dealing with them yourself.

Kyle Voyles, outdoor recreation manager and cave coordinator for the Bureau of Land Management, has certainly seen his fair share of animals while exploring caves around the world. Voyles joined the Bloomington Cave team for their evening survey and shared his insight into the role bats play in the animal community.

“Bats definitely play a very important role in the cave micro-ecosystem,” he said. “Many of the invertebrates that live in cave systems are detritivores, which means that they eat anything that falls on the ground. ) – this is what feeds many insects.

The nutrients bats bring into the cave environment support a microcosm unique to Bloomington Cave: Researchers identified six new species of invertebrates there in 2011. These newly described creatures were connected to bats. -mice via the larger cave food web.

Biologist Patrick Anderson struggles to carefully remove a bat entangled in nets placed outside the south entrance to Bloomington Cave, Washington County, Utah, April 25, 2022 | Photo by Ammon Teare, St. George News

Finally, when it comes to helping people, the most direct benefit of local bats is their voracious appetites. A single bat can eat hundreds of insects in one night, keeping mosquito, moth and beetle populations under control.

These benefits also translate to agriculture, where bats serve as a free and natural form of pest control. A economic analysis of the value brought by bats to North American Agriculture have estimated that bats could contribute between approximately $4 billion and $53 billion in pesticide savings.

Thus, protecting the health of bats ensures that their contributions in the form of pest control and their role in the food web are preserved. Ongoing investigations provide more data to better understand how bats and humans interact and to eventually find a solution to threats like white nose syndrome.

“I just want the public to know that bats are friends, not foes,” Voyles said. “They’re not the flying rats people say they are. We share the same territory: people go to caves where bats live, but they will respect us if we respect them.

Photo gallery

Copyright St.George News, SaintGeorgeUtah.com LLC, 2022, all rights reserved.

Cryo ÐEM Market Size and Growth 2022-2029 | Key Players – Thermo Fisher Scientific, JEOL, Hitachi, etc., – Queen Anne and Mangolia News

Latest Market Research Report Analyzes Cryo ÐEM Market Demand By Different Segments Size, Share, Growth, Industry Trends And Forecast To 2028 In Its Database Which Depicts A Systematic Picture Of The Market And Provides Explanation insight into the various factors that are expected to drive the growth of the market. The Universal Cryo ÐEM Market Research Report is the high quality report containing in-depth market research. It presents a definitive solution to obtain market insights with which the market can be visualized clearly and thus important decisions for the growth of the business can be taken. All data, facts, figures and information covered in this business document are supported by renowned analytical tools including SWOT analysis and Porter’s five forces analysis. A number of steps are used while preparing the Cryo ÐEM report taking into account the contribution of a dedicated team of researchers, analysts and forecasters.

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The predicted sale of a product is also included in this Cryo ÐEM market report, which helps market players to bring new products to market and avoid mistakes. It suggests which parts of the business need to be improved for the business to succeed. It’s also easy to discover a new chance to stay ahead of the market, and this market research report provides the latest trends to help you place your business in the market and gain a significant advantage. .

One of the crucial parts of this report includes Cryo ÐEM industry leading vendor discussion of brand summary, profiles, market revenue and financial analysis. The report will help market players to develop future business strategies and learn about the global competition. A detailed market segmentation analysis is done on producers, regions, type and applications in the report.

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Scope of the Cryo ÐEM Market Report

Report attribute Details
Market size available for years 2022 – 2030
Base year considered 2021
Historical data 2018 – 2021
Forecast period 2022 – 2030
Quantitative units Revenue in USD Million and CAGR from 2022 to 2030
Segments Covered Types, applications, end users, and more.
Report cover Revenue Forecast, Business Ranking, Competitive Landscape, Growth Factors and Trends
Regional scope North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
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This part of the report assesses key regional and country-level markets on the basis of market size by type and application, key players, and market forecast.

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Healthcare, public policy guidance for biomedical engineering students




Photo submitted

Breanna Kilgore and Tai Huynh attended the American Institute for Medical and Biological Engineering Public Policy Institute in Washington, D.C.

Biomedical engineering students Breanna Kilgore and Tai Huynh share a passion for working at the intersection of science and policy.

Kilgore, a freshman who has long been drawn to working in the healthcare industry, chose biomedical engineering because of her use of technology as a means to initiate positive change.

“I hope to work in the public health sector with development engineering, finding innovative ways to treat patients with minimal resources,” Kilgore explained.

Ph.D. candidate Huynh discovered this interest after working for a few years as a chemical engineer at an agricultural processing company in Arkansas, where he understood some of the negative impacts that industrial manufacturing can have on human health and the environment. .

“I decided I wanted to learn more about biotechnologies that can heal our bodies and, along the way, help heal the planet,” he said.

Both Kilgore and Huynh obtained travel grants for underrepresented minorities from the American Institute for Medical and Biological Engineering to attend the group’s Public Policy Institute. Each year, AIMBE hosts a conference with panels presented by regulatory agencies, industry leaders, policy experts and more. This year’s event was held April 25-27 in Washington, D.C.

Panels featured included, among others, “The Misuse and Subjugation of Science and Public Policy,” “Women’s Health, Health Policy, and the FDA,” and “Best Practices for Communicating with the Congress”. The organization provided attendees with additional public policy insights, including understanding related hot topics and funding decisions behind federal health policy.

For both, the experience was eye-opening and a career milestone.

“It has shown me that our work in bioengineering can truly be interdisciplinary. I look forward to what the future holds and how I can work to reach more people and have a greater impact,” said Kilgore.

“And I thought I would have to give up research eventually,” Huynh said. “But with all the NGOs and professional societies fully dedicated to public policy, I now know that one can be an important part of the discussion without having to leave the lab.”

Raj Rao, Head of the Department of Biomedical Engineering and Fellow of AIMBE, said he was extremely proud of Kilgore and Huynh for their participation in the Public Policy Institute. “They are part of the next generation of healthcare leaders who will focus on developing innovative solutions to benefit people of all backgrounds, everywhere,” he said.

Kilgore is expected to graduate with honors in May 2023, while Huynh aims to complete her doctorate. program this December.

Texas, 2-year-old mutilated by a coyote on the porch of his house in Dallas

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A toddler was seriously injured after being mauled by a coyote on the porch of the child’s home in Dallas, Texas on Tuesday morning, officials said.

Following the attack on the 2-year-old, the prairie wolf fled to a nearby park where a cop opened fire on the animal, the police said.

But the coyote fled into the woods and was chased away by a game warden, authorities said.

Wildlife experts believe the dangerous dog was being fed by residents of the neighborhood north of White Rock Lake or it wouldn’t have come near a human.

“Humans’ lack of fear can be disastrous for the coyote,” Robert Timm, a retired wildlife biologist, told The Associated Press.

Timm co-authored an academic paper that found coyotes only attacked humans 142 times between 1960 and 2006 in the United States and Canada.

Such attacks “are not just rare, they are extremely rare,” said the state’s urban wildlife biologist, Sam Kieschnick.

The Texas coyote attack came less than a week after surf camera footage captured the moment a coyote attacked a toddler on a California beach while two adults stood unknowingly a few feet away of the.

One of the little girl’s caretakers finally chased the animal away after nearly 15 seconds, the footage shows.

The tot suffered serious but not life-threatening injuries in the terrifying encounter.

With AP wires

Beetle iridescence, a misleading form of warning coloration

A new study published today in animal behavior shows for the first time that the brilliant iridescence and sheen found in some animals may have a protective function by functioning as a form of deceptive warning coloration, and that this is the key characteristic of iridescence, its changing colors , which is important for this effect.

This striking form of structural coloration in which the hue and intensity of colors vary with viewing angle, has also evolved independently in everything from birds such as magpies and starlings, to many insects such as rosemary beetles, rosemary beetles and in the damsel.

By examining its biological functions, a team of researchers from CamoLab at the University of Bristol have investigated why this bright metallic coloration has evolved so often in the animal kingdom and what makes this striking form of animal coloration such an anti-predator strategy. efficient. The team had previously found that iridescence can act as a very effective form of camouflage, but whether such striking forms of structural coloration could also protect prey after detection, and if so, what optical properties were important for this effect. , remained unknown until now. .

Lead author Dr Karin Kjernsmo from the School of Biological Sciences at the University of Bristol said: “One of the challenges in studying the functions of such highly reflective structural coloration has been to separate the effects of color variability, the mark of iridescence, the effects of just having multiple colors at the same time, and also separating the shine effects from the iridescent effects.”

They tested if and how iridescence could provide a survival advantage to prey after detection by presenting both iridescent and non-iridescent versions, as well as bright and matte versions of both, to birds that had no previous experience with such prey, then looked at the birds willingness to attack the prey. They found that iridescence significantly reduced birds’ willingness to attack, and that shine also had an independent effect.

“Here we have, for the first time, successfully tested each of these two effects on their own, and shown that iridescence and brilliance can protect prey even after detection, providing yet another adaptive explanation for the evolution and the widespread existence of iridescence,” added Dr. Kjernsmo.

The study was funded by the Biotechnology & Biological Sciences Research Council (BBSRC).

Source of the story:

Material provided by University of Bristol. Note: Content may be edited for style and length.

Scientists explore the importance of two-pore channels in plants

Credit: Tokyo University of Science

Two-pore channels (TPCs) are ancient ion channels found in animal and plant cells. In animals, including humans, these ion channels play an important role in the biological activities of various tissues, such as the brain and the nervous system. All terrestrial plant species contain TPC genes; in many higher vascular plants such as Arabidopsis thaliana (Arabidopsis) and Oryza sativa (rice), a single TPC gene is involved in the activity of slow vacuolar (SV) channels (voltage-gated cation channels) as well as signaling at long distance, defense and responses to environmental stress. However, very little is known about the function of TPC proteins in non-flowering mosses and liverworts, some of the oldest organisms on Earth.

In a recent study, a team of researchers led by Professor Kazuyuki Kuchitsu of Tokyo University of Science, Japan, collaborated with researchers from Maria Curie-Sklodowska University, Poland, to explore the evolutionary significance and physiological two-pore channels in the non-flowering bryophyte Marchantia polymorpha. Their widely recognized and appreciated article, which discusses this study in detail, was first published online in December 2021 and subsequently printed in the February issue of Plant and cell physiology. The article was also chosen as an “Editor’s Choice” and “Research Highlight” article for the journal, which published a commentary on the study. Funding for this research was obtained through a grant from the Japan Society for the Promotion of Science and the National Science Center, Poland.

M. polymorpha, or common liverwort, grows as thin, flat green leaves on moist soil or rock, and is an extant descendant of one of the first plants to colonize the earth. M. polymorpha is a simple model organism that has been used to analyze common characteristics of land plants. “We realized that the M. polymorpha genome has three TPC homologs: MpTPC1, 2 and 3, belonging to two distinct groups, the TPC type 1 and type 2 genes. We wanted to know what these two subgroups of TPC proteins do in M. polymorpha,” says Professor Kuchitsu.

To do this, the researchers first performed a phylogenetic analysis of the TPC genes in the green plant lineage. They then characterized the three TPC proteins: MpTPC1 of the type 1 TPC gene and MpTPC2 and MpTPC3 of the type 2 TPC gene. Marking these proteins with a fluorescent marker, they studied their localization in M. polymorpha cells. Through CRISPR-Cas9 genome editing, researchers developed mutant plants that lacked functional TPC1, TPC2 or TPC3 genes and double mutant plants that lacked functional TPC2 and TPC3 genes. Then, using patch-clamp electrophysiology analyses, they measured the ionic currents in vacuoles isolated from living cells of M. polymorpha plants.

The results of the phylogenetic analyzes provided interesting information on the evolutionary history of M. polymorpha. “Unlike the type 1 TPC gene, which is well conserved in all land plants, type 2 TPCs have been found in algal species. This suggests that although type 2 TPCs emerged before plants do not colonize the earth, they failed to make their way into the genome of higher vascular plants and hornworts,” Prof. Kuchitsu tells us.

The researchers also found that the three TPC proteins were mainly located at the vacuolar membrane of M. polymorpha. The mutant that lacked a functional TPC1 gene showed no SV channel activity. But mutants lacking functional TPC2, TPC3, or both showed usual SV channel activity. Molecules such as phosphatidylinositol-3,5-bisphosphate and nicotinic acid adenine dinucleotide phosphate, which activate mammalian cell TPCs, failed to affect ion channel activity in vacuoles isolated from mutant plants. Professor Kuchitsu surmises: “These observations, when tied together, indicated that type 1 TPCs – which are ubiquitous in all land plant species – are responsible for SV channels in their vacuolar membrane, but TPCs of type 2 probably encode ion channels that are different from the SV channel and animal TPCs. »

The team’s findings provide much-needed functional and evolutionary information on the important but elusive family of TPCs in plants and on plant ion channels in general. With their eye on future research, they also aim to use knowledge of the evolutionary history of plants to improve plant growth and defense mechanisms against biotic and abiotic stresses. This could benefit industries like agriculture, among others.


The fitness of photosynthetic organisms depends on the integrity of their endogenous clocks


More information:

Kenji Hashimoto et al, Functional analyzes of the two distinct types of two-pore ducts and the slow vacuolar duct in Marchantia polymorpha, Plant and cell physiology (2021). DOI: 10.1093/pcp/pcab176

Provided by
Tokyo University of Science


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Forestry Council Hosts 30th Annual Heartwood Event

Dear Forest Friends,

We are delighted to invite you to a special Heartwood event. Join us on Memorial Day weekend as we gather at beautiful Camp Piomingo, 45 minutes southeast of Louisville and 45 minutes west of Bernheim Forest, to celebrate the 30th annual (more two!) from the Heartwood Forest Council.

The camp is located on a beautiful bend along the Ohio River and offers spectacular views of the river from forested limestone cliffs.

The Forest Council – “people who help people protect the places they love” – has been meeting since 1991. We are happy to finally be able to meet in person with old and new friends and rekindle the spirit of Heartwood.

With our continued safety in mind, we ask everyone in attendance to follow CDC public health guidelines and be vaccinated and reinforced to help protect yourself and others from Covid-19. Let’s come together safely and celebrate our forests.

Here are the miscellaneous and fun details of the event. We hope you can join us for all or part of the weekend. Schedules for each event are being finalized and will soon be available on our website www.heartwood.org.

HEARTWOOD FOREST COUNCIL 2022
MAY 27-30, 2022 REMEMBRANCE DAY WEEKEND AT CAMP PIOMINGO, 1950 OTTER CREEK ROAD, BRANDENBURG, KY 40108

REGISTRATION
Meal reservations are due by May 11. Register here: https://www.heartwood.org/2022-forest-council/index.html

HIGHLIGHTS OF THE WEEKEND

FRIDAY
Registration from 3:00 p.m. to 5:00 p.m. Eastern Time
Opening dinner
Friday evening bioregional reception with John BlairPresident of Valley Watch
Live concert with the singer-songwriter Jason Wilberand lead guitarist of John Prine’s band

SATURDAY
Opening circle, introductions
Saturday speakers and panel discussions
Tierra Curryconservation biologist and senior researcher at the Center for Biological Diversity Tom FitzgeraldKentucky Resource Council Senior Counsel Andre Berrydirector of the conservation of the forest and the arboretum of Bernheim Ken Baileypresident of Kentucky Karst Conservancy Andy MahlerFounder of Heartwood

Topics
Hoosier National Forest logging, national issues Methane pipeline project through Bernheim Regional karst features like tiny snails. . . And other bioregional topics
Evening documentary film Shawnee Showdown: Keep the Forest Standing roadshow and round table with Cade Bursell, Corina Lang, Sam Stearnand John Wallace
Lively and fun Louisville dance group Zu Zu Ya Ya.

SUNDAY
Sunday morning moment of remembrance for Heartwood friends we’ve lost over the years

Hikes and afternoon outings in the Bernheim forest and arboretum
Visit the giant forest trolls or go hiking on one of Bernheim’s many beautiful trails.
Explore the limestone caves!
Closing of the evening silent auction and live auction, featuring Ernie Reed and his assistant “mollusk”
Heartwood Talent Show, hosted by Steve Krichbaum and Henry

MONDAY
Climinating Closing Circle and Reflections
Departure around noon

COMMERCIAL WORK OPPORTUNITIES
Work opportunities and scholarships may be available to supplement the registration fee. For more information, please email Corina at corinalang@yahoo.com prior to council weekend.

SAFER SPACES
The camp does NOT allow firearms, drugs, pets or glass containers. Heartwood has embraced the Safer Spaces Principles, striving to adhere to the principles of respect, inclusiveness and consensus as set forth in the Jemez Principles.

REGISTRATION DEADLINE
Meal registrations must be received by midnight on Wednesday, May 11. We cannot guarantee food availability if reservations are not made by then. To register, please complete our online form. Please specify any dietary requirements.
https://www.heartwood.org/2022-forest-council/index.html

NON-MEAL, general registration will close at 3:00 p.m. EST on Friday, May 27.

MEAL
Please specify your dietary requirements on the registration form.
Meals will feature fresh produce from Bree and Ben and their Rootbound Organic Farm in Oldham County, Kentucky. Meals will be seated, family style, and all lunches and dinners will include a salad bar. Meals will also have additional vegetarian options, as well as meat options.
Those who register after May 11 will want to bring sandwiches or other meal options for the weekend. May 11 is the camp’s deadline for ordering food. Please register early. We prefer that you pay in advance, but you can also pay at the door.

THINGS TO BRING
Tent, sleeping bags or bedding for cabin bunk beds, toiletries and toothbrushes, silent and live auction items, special venue stories (songs, spoken word, etc.) for the talent show , hiking shoes and necessities, wallet, water bottle, rain gear, casual evening wear, that friend who likes to hike, extra money for the auction and souvenirs: 30 years of defending the forest, vision of a forest future

MORE DETAILS
Our Facebook event post has more information and several links. Visit https://fb.me/e/1Mto61AnD.

QUESTIONS
If you have any questions, please email info@heartwood.org.

A Forever stamp unveiled in honor of “Shark Lady” Eugenie Clark

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SARASOTA — The U.S. Postal Service will unveil a Forever stamp honoring marine biologist Eugenie Clark at 11 a.m. Wednesday in a public ceremony at the Mote Marine Laboratory & Aquarium in Sarasota.

The unveiling will take place on what would have been the 100th birthday of the woman who earned the nickname “Shark Lady”. Clark died of lung cancer in 2015 at the age of 92.

She was the founding scientist of the Cape Haze Marine Laboratory and was behind its transition to Mote.

Related:The Mote founder’s fascination with fish is still strong

The U.S. Postal Service chooses between 25 and 30 commemorative stamps a year, from a set of 30,000 suggestions made to the Citizens’ Stamp Advisory Committee.

A Postal Service spokesperson said the selection process can take up to three years.

The committee selects topics of broad national interest that may also be educational.

Earlier: Eugenie Clark is gone but her legacy is not likely to die

Michael Crosby, president and CEO of Mote Marine Laboratory & Aquarium, said the institution did not name Clark and was not aware of Clark’s choice until he was approached by the postal service to host the event.

“I don’t know how the US Postal Service made these decisions, but we’re glad they did,” Crosby said. “Mote is the house that Genie built.

Eugenie Clark in her office, shortly before her 85th birthday in 2007. After her celebration, she traveled to Papa New Guinea to join a research team that spent nearly a month at sea studying a catfish venomous.

“Genie has been a big part of building and providing a foundation on which everything we’ve done has been built on,” he added. “I always say that there are three pillars on which Mote grew in 67 years – and those are three pillars that the Genie started, and that was passion, partnership and philanthropy.”

‘Lady with a spear’

Clark’s first book, “Lady with a Spear”, published in 1953, was a bestseller that caught the attention of William and Alfred Vanderbilt, who owned land in Placida and invited Clark to Englewood to give a talk on Marine biology.

More than 100 people heard her speak, and before she left, the Vanderbilts asked her to run a lab on a plot of their land.

The Vanderbilt-backed Cape Haze Marine Laboratory opened in 1955.

photo

One of the first tasks she had with local fisherman Beryl Chadwick was sourcing fresh shark liver for a researcher at the New England Institute for Medical Research.

After that, Clark took up shark research, and the Vanderbilts built a shark enclosure at the facility.

In 1960, after the Vanderbilts left the area and Clark’s husband got a job at Sarasota Memorial Hospital, the Cape Haze Marine Laboratory moved to Midnight Pass on Siesta Key.

Tampa native William Mote invested in the lab, which became Mote Marine Laboratory in 1967.

Clark left Mote to become a professor in the Department of Zoology at the University of Maryland.

She retired from Maryland in 1992 and in 1999 moved back to Sarasota with her fifth husband and became a regular at Mote – who moved to her current home on City Island in 1978.

She was still studying fish in 2015 when she passed away.

Three years later, a species of shark bears his name – Squalus clarkae – also known as Genie’s Dogfish.

Related: Sarasota ‘Shark Lady’ honored with her own kind

“Her passion for the science that she did, the oceans, that continues to run through all of our veins,” Crosby said. “And the partnerships she had in the very beginning with community volunteers who helped her and the philanthropic support that started with the Vanderbilts who really started that first lab in Cape Haze and of course Mr. Mote who, years later – thank goodness he and Genie met and he was able to take over that facility and really give an incredible push forward.

“That’s who we are today, it’s all built on what Genie started.”

Sharing a connection with the oceans

Wednesday’s ceremony is open to the public, though attendees are asked to RSVP at usps.com/eugenieclark.

Featured speakers and guests include Angela Curtis, vice president of delivery operations, US Postal Service; Crosby; Jennie Janssen, president and co-founder of Minorities in Aquarium and Zoo Science; Aya Konstantinou, Clark’s daughter; and Eli Weiss, Clark’s grandson.

Mote Marine Laboratory & Aquarium is located at 1600 Ken Thompson Parkway, Sarasota.

Crosby said his friend and colleague would likely take the Forever stamp honor in stride.

Pioneering ichthyologist Eugenie Clark -- the "lady shark" of Mote Marine Lab - left a legacy that fused science with adventure.

“She’d have that signature smile on her face and she’d appreciate all the fuss, but she’d probably also want to just go back to her office and write some more manuscript or get in the water and be underwater and do research,” Crosby said.

“She really enjoyed sharing with people her love of science and the connection we have with the ocean, so I think she would probably see this as another opportunity to celebrate all things Mote, as well as to celebrate the opportunity to raise awareness of the importance of science and the importance of our connection to the oceans.

Information from the Herald-Tribune archives was used in this story.

Earle Kimel primarily covers southern Sarasota County for the Herald-Tribune and can be reached at earle.kimel@heraldtribune.com. Support local journalism with a digital subscription to the Herald-Tribune.

In memoriam: Henry A. Harbury

Henry Harbury, biochemist, renowned educator and member of the American Society for Biochemistry and Molecular Biology since 1958, died on September 18, 2021. He was 93 years old.

JBC

This illustration from Henry Harbury’s 1956 single-author article in the Journal of Biological Chemistry on the redox potentials of horseradish peroxidase shows the apparatus he used for oxido titrations -reduction (A), an accessory for the reduction of solutions with hydrogen in the presence of a platinum asbestos catalyst (B) and a hydrogen electrode container (C).

Harbury was born on December 11, 1927 in the Netherlands. He did his graduate studies under Mansfield-Clark at Johns Hopkins University, where he studied the redox potentials of horseradish peroxidase. This enzyme is now used in a variety of biochemical applications, including immunohistochemistry.

Harbury was recruited by Joseph Fruton in the Department of Biochemistry at Yale University. There he and the graduate students he recruited, including Paul Loch, investigated the structure-function relationships of heme proteins, which served as the basis for many future studies in this area. After Fruton’s retirement, Harbury moved to the University of California, Santa Barbara in the mid-1960s to join the Department of Biological Sciences, where he continued his research on the structure and function relationships of proteins and enzymes. oxidative.

Harbury then moved to Dartmouth University, where he was professor and chair of the biochemistry department from 1972 to 1981 and president of the medical center from 1980. As president, he advocated for equal admission of women into the student body and into administrative positions, a testament to her lifelong commitment to supporting women in science. He retired from Dartmouth in 1996.

Outside the laboratory, Harbury was an esteemed teacher and educator. GP Corradin and Alfred Esser, former members of his lab, recall Harbury using light bulbs and other props to describe the mitochondrial electron transport chain to a captive audience. The late Alfred Gilman, who won the Nobel Prize in Physiology and Medicine in 1994, wrote that Harbury brought “protein chemistry and thermodynamics” to life, and it was this that set Gilman on the path to biochemistry.

Harbury is survived by his daughters, Jennifer and Kathy, and his sons, Olin and Alexander.

Several projects at the Maine Med research center seek answers to the Lyme problem

SCARBOROUGH – May is Lyme Disease Awareness Month, and scientists at the Maine Medical Center Research Institute (MMCRI) Vector-Borne Disease Laboratory are conducting several surveys and research projects this spring and summer to better understand the tick migration and tick-borne diseases, including Lyme. Among the projects:

Robert Smith, MD, MPH, director of the Vector-Borne Disease Lab, is co-director of the Tufts Lyme Disease Initiative with physician Linden Hu, MD professor of immunology and associate dean for research at Tufts University School of Medicine. The initiative promotes interdisciplinary research into all aspects of Lyme disease, including researching ways to eliminate Lyme disease at its source by preventing ticks from spreading Lyme bacteria in nature and evaluating new strategies to diagnose Lyme disease.

Scientist Rebecca Robich, Ph.D., is investigating whether the type of habitat ticks inhabit plays a role in the transmission of Powassan virus, a tick-borne disease that can cause viral encephalitis.

Staff scientist Susan Elias, MS, Ph.D., continues to study the impact of temperature and humidity changes on tick survival.

Vector ecologist Chuck Lubelczyk coordinates Maine’s statewide tick and mosquito surveillance efforts, with several members of the lab submitting ticks and mosquitoes for testing to the Environmental Health and Testing Lab. of the state in Augusta.

“Lyme disease is a growing public health threat,” Robert Smith, MD, MPH, director of the Vector-Borne Disease Lab at MMCRI, said in a press release. “Understanding both disease and the conditions that allow ticks that carry it and other diseases to thrive is critical to finding new ways to protect our communities.

In 2019, Maine had 1,629 confirmed cases of Lyme disease, the highest incidence rate in the country, according to the Centers for Disease Control and Prevention (CDC). People looking for additional information about ticks and tick control methods can find resources at MMCRI website including:

Tips for fighting ticks and mosquitoesas well as how to remove attached ticks

Maine Tick Descriptions

Information on tick-borne diseases

The CDC also has several resources with more information on vector-borne diseases. on its website.

About Maine Medical Center

Maine Medical Center (MMC), recognized as Best Regional Hospital by US News and World Report for 2021-2022, is a comprehensive healthcare resource for residents of Greater Portland and statewide, as well as northern New England. Incorporated in 1868, MMC is the largest medical center in the state, licensed for 700 beds and employing over 9,600 people. MMC’s unique role as a community hospital and referral center requires an unparalleled depth and breadth of services, including an active educational program and a world-class biomedical research facility. As a nonprofit institution, Maine Medical Center provides nearly 23% of all charitable care provided in Maine. MMC is part of the MaineHealth system, a growing family of healthcare services in northern New England. For more information, visit www.mmc.org.

Three University of California unions rally for new contracts

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Members of United Auto Workers Locals 5810 and 2865 — which represent postdoctoral workers and students, respectively — as well as members of the new Student Researchers United rallied across the state on April 26 to rally support for their campaigns. respective contracts.

The three unions representing various employees at the University of California are renegotiating their contracts and working to leverage their more than 48,000 combined members to win concessions from the university on issues such as affordable housing. , salary and child care.

Members of the three unions gathered on UC campuses for coordinated marches, advocating for fair wages and workplace policies. The largest protests took place at UC San Diego, UC Berkeley and UC Los Angeles, where supporters blocked roads as they marched and were met by police in SWAT gear.

At UC Santa Barbara, union members and supporters gathered outside Cheadle Hall, where individuals gave speeches before the group marched to Chancellor Henry T. Yang’s office on the fifth floor.

Payton DeMarzo, a doctoral student in biomolecular science and engineering, said her focus is on protections against discrimination.

“We shouldn’t have to deal with toxicity because we’re afraid of being kicked out of a lab and having to start our thesis over again,” she said. “We shouldn’t be penalized for the actions of the abuser, and that’s something I really care about.”

“We make them listen by coming out and showing them that this is something we are not going to budge on. Human rights are not a bargain,” DeMarzo continued.

Katharine Dickson, a PhD candidate in molecular biology and a member of Student Researchers United (SRU), led the group in a series of chants, reciting “48,000 ready to fight, postdocs, ARs, graduates, unite.”

Evan Plunkett, a postdoctoral fellow with the UCSB Chabinyc research group, shared his experiences during a previous bargaining session with the university held for United Auto Workers Local 5810 contract renegotiations.

Plunkett recounted how the union waited more than half an hour for university officials to arrive, only to present a pay package identical to the one proposed six months ago.

“The university is presenting its compensation package from six months ago, unchanged, instead of talking about how it’s going to pay us enough to live and work in this community,” he said. “They explain how a modified pay schedule will magically solve the problem of the millions of dollars they stole from the pockets of postdocs through late and delayed salaries.”

As negotiations begin with the SRU, the university has declared that they “undertake to ensure that [union members] are fairly compensated [their] workplace”, as well as “Ensuring a safe, respectful and supportive work environment for all employees”.

Robert McLaughlin, a doctoral researcher in computer science, said that although many UC employees are members of different unions, they share similar struggles, including high rent and a need for childcare.

“So we’re specifically asking for a joint bargaining table for those topics… But UC has actually already rejected that,” he said.

After the speeches, members of the three unions wrote unsigned personal messages defending the unions’ goals on a poster addressed to Yang that read, “Can you tell who is who?

The group eventually made their way to the fifth floor of Cheadle Hall, sticking the poster above the door to the Chancellor’s office and posing for photos.

A version of this article originally appeared on p. 1 of April 28, 2022, print edition of the Daily Nexus.

Marc Alfred

Mark Alfred (he/him/her) is associate news editor for the 2022-23 school year.

Collaborations between zoos and museums could change our perception of animals

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Museums and zoos contain important information about animals and biodiversity. But what if they worked together?

In an article in BioScience, a national group of biologists and zoologists lays out a way to get there. They advocate for zoo/museum partnerships as a way to strengthen scientific research and broaden our understanding of the animal world.

Zoos and museums are collection-based – museums have artifacts and zoos have live animals. But “formal partnerships between these institutions are infrequent,” say the authors, and despite the rich potential for biodiversity research at both types of institutions, zoos and museums rarely work together.

New ‘green species status’ will measure recovery of threatened plants and animals

There are reasons aside. Despite around 800,000 zoo animals and up to 3 billion biological specimens in museums around the world, researchers say there may be barriers to cooperation.

Organizations may have different research priorities and guidelines, and “significant institutional barriers” exist, including regulatory issues and the perceived threat from animal rights activists, according to the researchers.

But there are ways to start collaborating.

Zoos could share data and animals with museums, which are willing to preserve animals post-mortem. Both types of institutions could make their data publicly available and linked to serve the public and researchers.

Preserved animal specimens arrive in museums. Pairing them with information about their lives — the animals’ health, provenance, and day-to-day care — could deepen the research value of the specimens.

Ten years ago, the world agreed on 20 biodiversity targets. He didn’t meet any.

Ultimately, the researchers say, it comes down to values ​​— something zoos and museums already share.

“What should unite these institutions is a common interest in preserving biodiversity, in its various forms, and contributing to our collective knowledge of these animals,” said Sinlan Poo, senior researcher at the Memphis Zoo and lead author. of the item. Release.

The paper emerged – or, in the words of its authors, was “born in digital captivity” – from a 2021 workshop. During the event, Steven Whitfield, conservation biologist at Zoo Miami and co -author of the article, said in the press release: “We saw great interest in collaborations from people who had really never been in a room together.”

Gray Matters: Scaring mice for fun?

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Coming to Lehigh, some of my main areas of interest were: addiction and personality, mood disorders and learning.

I was stupid enough to think I should major in computer science. I did some mental gymnastics to justify to myself how I could tackle some of the issues I find most exciting with a bachelor’s degree in blue light and G-Fuel.

But eventually, I turned to behavioral neuroscience — a degree in a single organ, government funding, and hospital lights.

Plus, I was ridiculously lucky to be involved in a lab where I could solve any of these problems, and in a short amount of time, in any way that I want.

Right now I’m working with mice that have had a particular gene removed. This gene regulates the modulation of anxiety in the amygdala. To keep a genetically modified horror story short, these mice experience higher levels of anxiety than regular mice.

Every time I’ve held one of these mice, I feel a strange kinship with them for that reason. They’re all nervous and biting and defensive, and I realize that if I’m a mouse, I’m those mice.

While this is an excellent and creative opening for a graduate school application essay, I’ve also found myself recently thinking about how and when scientists started using animal models in research, in especially mice.

Animal experimentation goes back about as far as academia. In the 4th and 3rd centuries BC, Aristotle and Erasistratus were among the first to perform documented experiments on non-human animals.

However, there is even anthropological evidence that in 3400-3000 BC, a Neolithic surgeon drilled a hole in a cow’s head. This practice is called “trephination”, and it seemed to be incredibly popular, with five to ten percent of human skulls found in the Neolithic with holes.

Then, as we move forward in time, we find several examples of people who have dissected and documented animals, either for anatomical reasons or to perform surgery on human subjects.

Leonardo da Vinci was among those who cut up both corpses and animals so that he could feverishly draw them and write about them in the 15th and 16th centuries.

In the 1660s, Robert Boyle staged his “Experiment 41”, demonstrating the dependence of living creatures on air for survival. Although holding your breath for a minute demonstrates the same thing, Boyle still helped shift the purpose of animal experimentation from a largely anatomical to a largely scientific one.

Then, after a few centuries of determining that animals need air to live, we enter the 20th century where genetic modification and neuroscience began to gain traction.

In the 1920s, frogs were used to determine that neural communication depended on the frequency of action potentials and not on any sort of magnitude.

In the 1960s, David Hubel and Torsten Wiesel discovered a critical period for the development of a lazy eye with the help of a cat.

Then, in 1989, things really changed for neuroscience with the creation of the first “KO mouseby Mario R. Capecchi, Martin Evans and Oliver Smithies.

A knockout mouse is a genetically modified laboratory mouse in which a specific gene has been inactivated by the introduction of a foreign DNA sequence. This is so useful to scientific experimentation because it allows researchers to change a single variableand thus draw conclusions about the exact functioning of the disabled gene in normal or “wild-type” mice.

First, scientists look at the DNA sequence of the gene they want to knock out of a mouse. Then a new DNA sequence, which is very similar to the original gene and its neighboring sequence, is designed but modified just enough to render the gene functionally useless.

Then, this new sequence is introduced into embryonic stem cells taken from a mouse blastocyst. Some of the stem cells will incorporate the new sequence instead of the original gene.

There’s more to it, and it can be a tricky process, but that’s essentially how knockout mice are created. They are born with the altered gene expression that scientists want.

“Knockin” mice are what they sound like – instead of removing a gene, it’s adding one.

Mice are popular in neuroscience because of the similarities seen between the mouse brain and the human brain. After all, if we don’t do science for ourselves, then what’s the point (sarcasm)?

There is a need to diversify animal models in neuroscience. A meta-analysis revealed that 35-40 percent of all research efforts in the field are directed towards rodents.

University rodents also tend to be Great inbred, so they lack many types of genetic and behavioral diversity.

Some believe that reintroducing different species and diversity of rodents is the only way to achieve results useful to an equally or more diverse human population.

Either way, animal models seem to be here to stay and I think understanding its history is important to interpreting the effectiveness of this long tradition in the biological sciences.

Valley News – Ariel Quiros, the ‘wheel dealer’ in Vermont’s EB-5 scandal, sentenced to 5 years in prison

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BURLINGTON — Ariel Quiros, the former owner of Jay Peak Resort, was sentenced to five years in prison, the longest sentence of a trio of defendants who pleaded guilty to their role in a massive EB-5 fraud scandal that rocked Vermont.

Judge Geoffrey Crawford sentenced Quiros on Friday in federal court in Burlington. The judge also ordered Quiros to pay $8.34 million in restitution.

The sentence is less than the maximum prison term of about eight years that could have been imposed under a plea deal Quiros had with prosecutors. With good time won, Quiros should serve 85% of his prison sentence, or just over four years.

Quiros, 65, who now lives in Puerto Rico, showed little emotion and stood with his hands folded in front of him as the sentence was handed down.

“I deeply regret being involved in the case,” Quiros told the judge before his sentence was handed down.

Quiros later apologized to the court, the government and the people of Vermont, adding that he was “fully responsible” for his actions.

Announcing his sentencing decision, Crawford called the case the biggest fraud the state has ever seen — “at least it’s come to light,” he added.

Quiros was ordered to begin serving his prison sentence on July 26.

A pre-sentence report prepared by the federal probation office calculated that under the sentencing guidelines, which are advisory, Quiros would have been sentenced to between 12 and a half and 15 and a half years if the plea agreement n did not cap his maximum sentence at eight years in prison.

In August 2020, Quiros pleaded guilty to three of the twelve counts against him. These charges were conspiracy to commit wire fraud, money laundering and concealment of material information.

Quiros was indicted in May 2019 along with Bill Stenger, then chairman of Jay Peak, and William Kelly, a longtime friend and adviser to Quiros. They were all indicted in connection with a proposal to build a $110 million biomedical research facility in Newport, Vermont, known as AnC Bio Vermont.

Stenger and Kelly were each sentenced by Crawford earlier this month to 18 months behind bars.

Kelly was also ordered to pay $8.3 million in restitution, but he and Quiros share that responsibility. One or the other or both must pay this amount.

A fourth defendant also named in the indictment, Jung Weon (Alex) Choi of South Korea, remains at large.

Despite raising more than $80 million from 169 foreign investors, the biomedical center project was doomed from the start due to fraud, and almost no work has taken place at the Newport site, regulators say .

The investors each invested at least $500,000 under the federal EB-5 investor visa program and in exchange would receive green cards or permanent residency in the United States, provided their investment could be tied to the creation of the required number of jobs.

In 2016, three years before criminal charges were filed, federal and state regulators filed civil lawsuits accusing Stenger and Quiros of misusing $200 million of the more than $450 million they’ve raised from foreign investors under the EB-5 program.

More than 800 EB-5 investors from more than 70 countries poured their money into a series of eight development projects, some to provide massive upgrades to Jay Peak Resort and others for projects in Newport and Burke Mountain Resort.

Regulators, in court filings, said Quiros siphoned off about $50 million for himself, using some of the money to pay his taxes and buy luxury items, including a swanky New York apartment. .

‘I knocked the house down’

Prosecutors called Quiros the “wheel-dealer” of the trio – for the money and not wanting to stop the “sauce train” from moving forward.

Assistant United States Attorney Paul Van de Graaf, a prosecutor handling the case, did not recommend a specific prison sentence for Quiros.

He told Friday’s hearing that the sentence should be “substantial” but also take into account the cooperation Quiros provided to prosecutors as the first of three defendants to reach a plea deal.

In the past, Quiros has been named in court records as the “mastermind” behind the fraud that was committed.

Van de Graaf said he had a more “nuanced” view, adding that while Quiros was “drunk” on being rich, “others would hand him the bottle”.

The prosecutor said Quiros was the one who profited the most from the fraud in the AnC Bio case, estimating his take between $30 million and $37 million.

Attorney Neal Taylor, representing Quiros, argued that his client should receive a sentence similar to the five-year sentences handed down to the other two defendants in the case.

Taylor said the cooperation and information provided by Quiros as an “insider” and the first to reach a plea in the case helped Kelly and Stenger’s prosecution – and ultimately plea deals with them. also.

The defense lawyer said his client’s assistance “brought the house down”.

Melissa Damian, the lead attorney who represented Quiros for several years in civil lawsuits filed by regulators and other related lawsuits, was the only witness Taylor called to the stand to testify on her client’s behalf.

Damian, who is now a federal magistrate judge in Florida, said that since his first meeting with Quiros in 2017, he had been looking for ways to cooperate with the court-appointed receiver overseeing the assets at the center of the fraud case, including including the Jay Peak and Burke Mountain ski resorts.

Quiros eventually agreed to turn over $81 million in assets, including the two Vermont ski resorts, to the receiver to resolve the case brought against him by the Securities and Exchange Commission.

Damian described Quiros upon first meeting him as “confused” and “absolutely remorseful” once he realized what had happened was wrong.

Prior to hiring Damian to handle civil cases and Taylor to handle criminal cases, Quiros had vigorously fought the allegations against him. He hired new counsel in each instance after losing key decisions, including a motion to dismiss in the criminal case.

Pots and pans

In court Friday, Taylor said Quiros was a veteran who spent nearly two decades of his life in South Korea.

Quiros made his money before getting involved with Vermont’s EB-5 projects as an importer and exporter of goods, focusing on pots and pans, Taylor said.

The defense lawyer says that although his client was called the ‘mastermind’ of the fraud, it was Stenger who pulled the strings, since his client had no knowledge of running a station ski.

Later in the hearing, Crawford noted that he presided over the cases against all three defendants.

“No one has been keen to take credit for leading the AnC Bio project,” Judge said, adding that Quiros “stays center stage.”

Quiros attended Friday’s hearing alone, with only his attorneys accompanying him.

His legal troubles do not seem to have ended with the prison sentence handed down on Friday.

As he approached the door of the courthouse for Friday’s hearing, a man approached him and handed him a manila envelope.

“You have been served,” the man told Quiros.

Jim Short – Staff | Carnegie Corporation of New York

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jim runs

Program Director, Leadership and Teaching to Advance Learning

Jim Short is Program Director in the Society’s Education Program, where he manages the Leadership and Teaching portfolio to advance learning. Short oversees the awarding of grants aimed at preparing and supporting teachers and school and system leaders for learning environments that enable students to develop the knowledge, skills, and dispositions they need to succeed in the future.

An educator with nearly 30 years of experience, Short is an expert in teacher education and professional development. He came to the Society from the American Museum of Natural History in New York, where he was founding director of the Gottesman Center for Science Teaching and Learning, a role he began in 2007. Short led efforts of the museum to strengthen science education programs. in local and national museums, nonprofit organizations, schools, and school districts, including the New York City Department of Education.

At the Gottesman Center, Short’s major initiatives included overseeing the design and implementation of the Urban Advantage program in New York, a museum-school partnership underway at nearly half of the city’s colleges that supports long-term scientific research and project-based learning in students. He was also on the faculty of the Museum’s Master of Arts in Teaching, a unique urban teacher residency program to train certified earth science teachers to work in struggling high schools.

Previously, Short spent 10 years teaching K-12 schools. While working in the Denver public school system, he led the redesign of the K-12 science curriculum, and in studying Colorado’s biological science curriculum, he led a national curriculum for science and implementation center. Her professional development experience includes working with school systems and science teachers in several urban school districts across the country. In recent years, Short has focused on helping teachers translate next-generation science standards into classroom instruction and assessment, and integrating aligned non-fiction reading and writing strategies. on common state standards.

Short earned a doctorate in education from Teachers College, Columbia University, a master’s degree in education from Peabody College, Vanderbilt University, and a bachelor of science in biology from Rhodes College.

Snapshots in time: May 7, 1896

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The following was found on page 5 of the May 7, 1896 edition of RANGELY LAKES. He appeared in the weekly column called “With Sportsman”. He shares the first results of an annual rite of spring in the region, Ice Out Fishing. I particularly enjoyed the reported successes of women fishermen of the time. These ladies may not have had the right to vote yet, but it looks like they are running for men. It also reveals that the average size of trout and salmon was starting to decline when, just 10 years ago, news of a 3-pound trout would never have even made the headlines. The resource, once considered inexhaustible and THE best in America, was beginning to show the combined effects of overfishing, poor fisheries management and unregulated forestry practices. Landlocked salmon and smelt had been introduced 20 years earlier and native blueback trout were almost non-existent at that time. The once epic fishery would continue to decline through the 1940s. was much smaller than it is today. Anecdotally, judging from this report below, trout and salmon sizes are even better today than in the spring of 1896. Keep in mind that despite the armada of boats that the Greenvale Cove can be seen as the ice comes out today, many more anglers were then hunting trout and salmon in the waters of the area.

(Pierce’s comment shared in italics, otherwise the copy has been reprinted here as it appeared in 1896).

with athletes

Get your gear ready! The ice left Dead River Pond on Sunday. John Rufus Wilbur caught a 3-pound trout Wednesday morning. Several parties are reserved for “just as soon as the ice goes out”. A number of trout were caught from the Haley Pond mill dam on Tuesday evening. Many guides are waiting to wire their first groups as soon as the ice clears. Ned Churchill and George Wilber caught a nice string of trout at Hunter’s Cove on Sunday. There were 18 fish weighing 20 pounds, five of them averaging 1 1/2 pounds each. Redington claims the first out-of-town sportsman of the season – Mr HM Sewell from Bath who arrived on Monday evening. While in Washington, DC recently, Colonel Boothby took up residence with Theo L. Page at Page’s Hotel. He informs us that Mr. Page bemoans his inability to visit the Rangeleys as in previous years. A regret to which all his former friends join. Natt Carr brought the first salmon of the season to the Rangeley Lakes office on Tuesday. He and Frank Harris caught it in the creek near the steammill. Six of those present guessed on his weight, a guess on the right numbers – 3-1/2 lbs. The shore, from the boathouse aft of Dana Hinkley to the steam mill, was lined with men, women and children on Tuesday evening, all trying to catch a trout in the early spring. We understand that the ladies had the upper hand and their combined catches far exceeded those of the men.

Phillips opened the fishing season in good standing on Friday. Geo. A. Staples caught 30 fish on Warm Stream. Walter M. Sawyer and Elliott C. Dill got 30 on Black Brook on Friday, but those who tackled Meadow Brook found the water too red. Joe Boston caught one on the river under the bridge.

Vintage Drawing of Early Season Fishing in a Classic Rangeley Boat, circa 1895

Master Raymond H. Merrow, 9-year-old son of RA Merrow, was the successful angler who caught the first trout caught in Lake Rangeley this season. He weighed about 1-1/2 lbs., and was captured at the Marble Point wharf, City Cove on May 1. This trout graced the tables at the new Rangeley Lake House on Saturday morning, May 2, and it can honestly be said that Master Raymond H. Merrow successfully opened this season’s trout catch in Rangeley Lake (Oquossoc). There appears to be “blood on the face of the moon”, where violations of fish and game laws are suspected. Under the new organization of State Commissioners, Guardians show more starch in their vertebrae. There seems to be a general understanding that Commissioner Carlton is serious, and the more that idea sinks into the minds of those who sometimes take risks, the less violation there will be. One person much preferred sawing wood, than paying the price, “assessed” for illegal fishing, with the possibility of retirement for “30 days” in addition.

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Since the transcontinental railroad had been in operation for 27 years at this point, one could travel 3rd class to San Francisco in about 10 days at a cost of around $45. There were probably more than a few who took advantage of this opportunity for Mr. Dill.

Have a great week and be sure to make your own Rangeley story!

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Strict welfare rules will be extended to crabs and lobsters in science experiments

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Testing on non-human animals, also known as animal experimentation, has long contributed to scientific and biological studies and is also widely used to develop new drugs or test the safety of other products. However, these animals, especially mammals, have been given rights over the years.

In the UK, a bill protecting animal welfare (Sentience Bill), soon to be known as the Animal Welfare (Sentience) Act 2022, is awaiting royal consent after being approved by Parliament this month. Along with recognition of animal sentience in UK law, scientific experiments on crabs and lobsters are being curtailed, The Guardian reported.

While strict welfare laws have been observed with scientific experiments on mice and other mammals, there were only a few established restrictions on how crustaceans and decapods can be treated in studies. scientists. Commonly used in experiments to study ocean pollutants, these animals are barely recorded or counted, but that’s about to change.

Do crabs have feelings?

The Guardian has found that crabs and lobsters are known to be sentient beings and can experience pain, suffering or distress, calling for restrictions on scientific experiments, and has propelled defenders of the protection of animals to obtain more than 100,000 signatures in the campaign for a sensitivity bill in 2019. .

“Animals enrich and enhance our lives in so many ways, so it’s only right that we give them our full respect in law. From the smallest mouse to the largest whale, our decisions can have a huge impact on well-being. of animals, and I am thrilled that this new law now means that all government departments will have to show how they give animals the consideration and protection they deserve,” celebrity Alesha Dixon told Humane Society International.

Unlike mice, octopuses and various other animals, crabs and lobsters are not included in the Animals (Scientific Procedures) Act 1986, meaning they can be experimented with without a license or training.

Robert Ellwood, Emeritus Professor at the School of Biological Sciences at Queen’s University Belfast, also found crabs and lobsters feel pain in their research and welcomed potential legislative development.

Also Read: Wildlife Photographer Captures Rare Wolf Encounter at Yellowstone National Park

A step forward towards the protection of crustaceans and decapods

Ellwood further recounts that the restriction must also apply to the commercial fishing industry and accept that these animals are sentient and in pain.

“I would see it as a problem if they still leave millions of animals in commercial practices that are treated the same as before,” Ellwood said. “Asking scientists to go through all sorts of regulations that affect their work but allowing these animals to be boiled alive at will would be unfair,” he added.

“It requires more rules, regulations and paperwork, it will take more time to run an experiment, but it’s a good thing, if it’s applied at all levels.”

Dr Penny Hawkins, head of the Department of Animals in Science at the RSPCA, also finds it unthinkable to experiment on animals without proper regulation and ethical review. Since evidence has been requested and already gathered, Dr. Hawkins believes the time has come to regulate the use of decapods.

Related Article: 7 Disturbing Facts That Reveal the Nasty Side of Dolphins

© 2022 NatureWorldNews.com All rights reserved. Do not reproduce without permission.

Big Crowds, Big Fish – Waupaca County Post

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State Department of Natural Resources sturgeon biologist Margaret Stadig helps measure a male lake sturgeon caught in the Wolf River in Shiocton. Both male and female sturgeon began their annual run in the river on April 26. Greg Seubert Photo

Spawning sturgeons return to Wolf River

By Greg Seubert


They are called lake sturgeons, but that day they were the kings and queens of the river.

The fish – some of which are over 6ft long and weigh over 100lbs – arrived along the banks of the Wolf River near New London and Shiocton on April 25 for their annual spawning.

Large crowds also showed up to see the fish in both communities, but no one was more excited than Margaret Stadig, the new sturgeon biologist for the state Department of Natural Resources.

She joined two teams of DNR employees and students who began catching fish April 26 at Bamboo Bend on the west side of Shiocton just off State Highway 54.

“It’s completely new to me and certainly very unique to Wisconsin,” Stadig said. “Where I’ve worked with sturgeon before, they spawn deep in the water column, so you can’t see them. There are no crowds because there is nothing to see. The fact that they’re here, they’re on the rocks and you can see them is so unique anywhere I’ve worked with this type of fish.

Meanwhile, Three Lakes’ Don Paremski showed up at the Wolf River Sturgeon Trail near New London on April 27.

“I just came here to watch the fish,” he said. “It’s my first time. It’s quite a sight, something to see.

Sturgeon Run Local Impact

April Kopitzke, executive director of the New London Area Chamber of Commerce, said the run is having a positive effect on the New London area.

“Anyone who wants to be notified by email or phone can contact us in advance and on Monday (April 25) we contacted just over 2,300 out-of-towners,” she said. “We go from Milwaukee, Madison, Green Bay, north and south. They get an automated call or email saying, “Hey, the sturgeons are here, be sure to come our way and check out our restaurants and shops.” It totally affects our tourism.

While spawning sturgeon can be seen around town in places like Riverview and Pfeifer Parks, most people head to the Wolf River Sturgeon Trail, about 2 miles west of town along of County Trunk X.

“The city has posted on its Facebook page the different areas where you can actually see sturgeon,” Kopitzke said. “It’s not just on the Sturgeon Trail. Pfeifer Park has several more intimate areas to observe sturgeon spawning.

The community looks forward to the return of the fish every year, according to Kopitzke.

“Growing up here you don’t realize how awesome it is because you’ve seen it since you were a kid,” she said. “People travel miles to see it. It’s a really cool experience.
Stadig helped measure and weigh the fish.

“It’s better than I could have imagined,” she said. “I could never have imagined this number of fish so close to the surface and the audience here so excited.”

Sturgeon in the Wolf River

Sturgeons enter the Wolf River from Lake Winnebago each spring. The fish are able to swim nearly 100 miles upstream from a dam at Shawano. Others travel up Wolf tributaries, such as the Little Wolf River.

“They are so different from all other species of fish,” Stadig said. “You take them out of the water and they instantly look like a shark, but they’re so different from sharks because they don’t have teeth and they’re gentle giants. They’ve been around since the days of the dinosaurs. You you are so lucky to have such a well-managed population. You have such a robust population that allows for the harvest that you have during harpoon season.

Stadig said she and her team were surprised to see big bucks at the start of the race, which can last anywhere from a few days to a week.

“What surprises us is that a lot of the big, very long fish we see are males,” she said. “Usually the really big fish are females and this year we’re seeing a lot of big males.”

Males spawn every two years, while females make the trip up Wisconsin’s largest inland lake every four years.

“Because of that, there are more men in the system,” Stadig said. “The females lay eggs every four years, so we don’t see them as often. For every female we see, we will see three to five males.

Many of the fish caught by the crews in Shiocton had tags on them, meaning they had been caught in previous years.

“It’s just under 50%, especially yesterday, the first day we were here,” Stadig said. “We also see a lot of really big fish that we haven’t seen before. We measure them, we take the sex and check if there is a label. If they don’t have a tag, we give them one. If they have a label, we write it down. We use all the information to get a population estimate.

Stadig worked with sturgeons in Michigan and Texas before taking on her new job earlier this year and admitted she was unprepared for her first Wolf River experience.

“It blew my mind,” she said. “I was just flabbergasted. I don’t think you can wipe the smile off my face right now.

New study finds climate change could trigger next pandemic

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News — WASHINGTON — As the Earth’s climate continues to warm, researchers predict that wild animals will be forced to move their habitats – likely to areas with high human populations – dramatically increasing the risk of a viral jump in humans that could lead to the next pandemic.

This link between climate change and viral transmission is described by an international research team led by scientists from Georgetown University and is published April 28 in Nature (“Climate change increases the risk of viral transmission between species” DOI 10.1038/s41586-022-04788-w).

In their study, the scientists conducted the first comprehensive assessment of how climate change will restructure the global mammalian virome. The work focuses on changes in geographic range – the journeys species will take following their habitats into new areas. As they encounter other mammals for the first time, the study projects that they will share thousands of viruses.

They say these changes provide greater opportunities for viruses like Ebola or coronaviruses to emerge in new areas, making them harder to track, and in new types of animals, allowing viruses to more easily jump across a species “stepping stone” to humans.

“The closest analogy is actually the risks we see in the wildlife trade,” says study lead author Colin Carlson, PhD, assistant research professor at the Center for Global Health Science and Security. from Georgetown University Medical Center. “We worry about markets because putting unhealthy animals together in unnatural combinations creates opportunities for this stepwise emergence process – like how SARS jumped from bats to civet cats and then from civets to humans. But markets are no longer special; in a changing climate, this kind of process will be the reality in nature everywhere.

It is concerning that animal habitats are moving disproportionately to the same places as human settlements, creating new hotspots of overflow risk. Much of this process may already be underway in today’s 1.2 degree warming world, and efforts to reduce greenhouse gas emissions may not prevent these events from unfolding.

Another important finding is the impact that rising temperatures will have on bats, which account for the majority of new virus shares. Their ability to fly will allow them to travel long distances and share the most viruses. Due to their central role in viral emergence, the greatest impacts are projected in Southeast Asia, a global hotspot for bat diversity.

“At every step,” Carlson said, “our simulations took us by surprise. We’ve spent years retesting these results, with different data and different assumptions, but the models still lead us to these conclusions. It’s a truly amazing example of how we can, in fact, predict the future if we try.

As viruses begin to jump from host species with unprecedented speed, the authors say the impacts on conservation and human health could be staggering.

“This mechanism adds yet another layer to how climate change will threaten human and animal health,” says study co-lead author Gregory Albery, PhD, postdoctoral fellow in the Department of Biology at the College of Arts and Sciences. of Science from Georgetown University.

“It’s unclear exactly how these new viruses might affect the species involved, but it’s likely that many of them will translate into new conservation risks and fuel the emergence of new human epidemics.”

Overall, the study suggests that climate change will become the biggest upstream risk factor for disease emergence, surpassing higher-profile issues like deforestation, wildlife trade and industrial agriculture. The authors say the solution is to couple wildlife disease surveillance with real-time studies of environmental change.

“When a Brazilian free-tailed bat travels all the way to Appalachia, we should be invested in knowing the viruses that accompany it,” Carlson says. “Trying to spot these host jumps in real time is the only way to prevent this process from leading to more spillovers and more pandemics.”

“We are closer than ever to predicting and preventing the next pandemic,” says Carlson. “It’s a big step towards prediction – now we have to start working on the harder half of the problem.”

“The COVID-19 pandemic and the previous spread of SARS, Ebola and Zika show how a virus jumping from animals to humans can have massive effects. To predict their jump to humans, we need to know their spread among other animals,” said Sam Scheiner, program director at the US National Science Foundation (NSF), which funded the research. “This research shows how animal movements and interactions due to global warming could increase the number of viruses jumping between species.”

###

Other study authors also included collaborators from the University of Connecticut (Cory Merow), Pacific Lutheran University (Evan Eskew), University of Cape Town (Christopher Trisos), and the EcoHealth Alliance (Noam Ross, Kevin Olival).

The authors declare that they have no personal financial interest related to the study.

The research described is supported in part by a grant from the National Science Foundation (NSF) Biology Integration Institutes (BII) (BII 2021909), to the Viral Emergence Research Initiative (Verena). Verena, co-founded by Carlson and Albery, curates the largest open data ecosystem in viral ecology and builds tools to help predict which viruses might infect humans, which animals harbor them, and where they might one day emerge. NSF BII grants support diverse and collaborative teams of researchers investigating questions that span multiple disciplines within and beyond biology.

Additional funding was provided by NSF grant DBI-1639145, the USAID Emerging Pandemic Threats PREDICT program, the Data Valorization Institute, the National Socio-environmental Synthesis Center, and the Georgetown Environment Initiative.

On Georgetown University Medical Center
As a leading academic health and science center, Georgetown University Medical Center synergistically provides excellence in education — training doctors, nurses, health administrators and other health professionals, as well as biomedical scientists — and cutting-edge interdisciplinary research collaborationimproving our basic science and translational biomedical research capabilities to improve human health. Patient care, clinical research and education are conducted with our academic health system partner, MedStar Health. GUMC’s mission is carried out with a strong emphasis on social justice and a dedication to the Catholic and Jesuit principle of personalized cura — or “whole person care”. GUMC includes the School of Medicine, School of Nursing and Health Sciences, Biomedical Higher Education, and Georgetown Lombardi Comprehensive Cancer Center. Designated by the Carnegie Foundation as a doctoral university with “very high research activity,” Georgetown is home to a clinical and translational science award from the National Institutes of Health and a comprehensive cancer center designation from the National Cancer Institute. Connect with GUMC on Facebook (Facebook.com/GUMCUpdate) and on Twitter (@gumedcenter).

Post-Doctoral Associate at the Center for Genomics and Systems Biology with NEW YORK UNIVERSITY ABU DHABI

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The description

The Center for Genomics and Systems Biology (CGSB) at New York University Abu Dhabi (NYUAD) invites applications from individuals for appointment as a Postdoctoral Associate. The position will be based at NYU Abu Dhabi and supervised by Dr. Kirsten Sadler Edepli.

The postdoctoral associate will use bioinformatics tools applied to genomic datasets and experimental approaches to study regeneration, development or other biological processes. Projects from the Edepli lab integrate model organism datasets (mice and zebrafish) to understand how changing the epigenetic landscape promotes or limits liver regeneration in mice.

Applicants should hold a PhD in biological sciences, genetics, genomics, cell biology, physiology or related fields. Candidates who have sold expertise in epigenetics, epigenomics, and multi-omics and are looking to join a dynamic and creative team of scientists focused on the epigenetic mechanisms regulating regeneration in diverse species will be considered.

Terms of employment include a very competitive salary, housing allowance and other benefits. Applications are accepted immediately and applicants will be considered until the position is filled. To be considered, all applicants must submit a cover letter, resume, transcript, one-page summary of research achievements and interests, and at least 2 letters of recommendation, all within PDF Format. If you have any questions, please email: nyuad.cgsb@nyu.edu

About NYUAD:

NYU Abu Dhabi is a degree-granting research university with a fully integrated liberal arts and science undergraduate curriculum in the arts, sciences, social sciences, humanities, and engineering. NYU Abu Dhabi, NYU New York, and NYU Shanghai form the university backbone of NYU’s Global Network, an interconnected network of portal campuses and academic centers on six continents that enable seamless international mobility of students and faculty across their pursuit of academic and scholarly pursuits. . This global university represents a transformative change in higher education, in which the intellectual and creative endeavors of academia are shaped and examined from an international and multicultural perspective. As a major intellectual center at the crossroads of the Arab world, NYUAD serves as a center for scholarly thought, advanced research, knowledge creation and sharing, through its academic, research and creative activities.

EOE/AA/Minorities/Women/Vet/Disabled/Sexual Orientation/Gender Identity Employer

Nationals of the United Arab Emirates are encouraged to apply.

Equal Employment Opportunity Statement

For those residing in the EU, click here for information about your privacy rights under the GDPR: www.nyu.edu/it/gdpr

NYU is an equal opportunity employer, committed to equity, diversity and social inclusion.

Bozeman school board candidates preach civility

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Seating was sparse in the community meeting room at the Bozeman Public Library on April 18. Dozens of people – parents, children, concerned community members – crowded into rows of chairs. Several others stood against the walls, arms crossed, attentive. For nearly an hour and a half, they listened to a panel of four candidates vying for two seats on the Bozeman Public School Board answer questions about critical race theory, the state of the district’s budget and the impacts community growth and diminishing public accessibility. education.

The forum, sponsored by the Bozeman League of Women Voters, clicked with an air of civility and restraint. With the exception of a few crowd-laden questions, which moderator and LWV board member Sally Maison did her best to temper with a strict time limit for questions from the crowd, the evening went smoothly. singled out as a silent reflection of the intense focus of voters in 2022 on elected bodies charged with overseeing schools in their communities.

Related

2022 Missoula School Board Candidates

The Battle for the Missoula School Board

Inspired by their opposition to masking last fall, a slate of candidates set their sights on the Missoula County Public School Board. But a separate camp is fighting to resist the parental rights agenda and bring the conversation back to the council’s longstanding mission.

school class blackboard chalk board

Billings School Board Election Turns Political

Last fall’s school masking debate in Billings inspired a coalition of candidates to vie for control of the nonpartisan public school board. But COVID concerns aren’t the only factors that made the 2022 election political.

Tanya Reinhardt, the incumbent to retain the seat she first won in 2016, said the school board elections passed in Bozeman had hardly been devoid of interest for the candidates. In his first unsuccessful bid for the board in 2015, six candidates were vying for three directorships. She measures the heightened profile of the election not so much by the presence of road signs as by their number. Where in the past she may have seen 30 signs of candidates in the city, she told Montana Free Press, now she sees 100. She wondered aloud in the interview if the heightened focus on racing will impact May 3 – election day.

Lauren Dee, left, and Tanya Reinhardt, Bozeman School Board candidates, participate in a forum held April 18 at the Bozeman Public Library. Reinhardt, an incumbent, and Dee are among four candidates vying for two board seats. Credit: Amanda Eggert / MTFP

“Generally, it is the teachers who vote the majority [in school board elections]”, Reinhardt said. “I think we can expect more people to potentially vote in this area. I think it’s going to be really interesting to see because we usually have such a low turnout in school elections. . »

Lauren Dee, who is running for the board for the first time, echoed Reinhardt’s assessment of the election’s physical presence in Bozeman. The first 100-meter signs she bought for her campaign in mid-March “disappeared instantly”, she said, and she quickly handed out another batch. It got to the point, she continued, where she “pushes people down.”

“People just wanted to show their support and that they supported education and they did their research and it meant a lot to them,” said Dee, who, along with Reinhardt, is endorsed by the Bozeman Education Association.

Crowded school board races, thousands of dollars in candidate contributions, intense debates over controversial and politicized topics – this is the defining reality of the spring 2022 election cycle. in Missoula and Billings, and how the parental rights movement informs the narrative. But districts large and small across the state, from Great Falls and Helena to Whitefish and Livingston, also reflect a national trend as May 3 approaches.

The root of this activity in Bozeman is no different than most other places in Montana or the country. The district’s mask mandate ignited community passions last fall and put the council’s deliberations under a microscope. A proposed equity policy drew a similar backlash in 2021 based on perceived links to critical race theory, and a member of local parenting rights group Stand Up Montana demanded the resignation. Superintendent Casey Bertram and all but two board members in February for alleged human rights abuses. Tk According to the Bozeman Daily Chronicle, Stand Up Montana member Chellese Stamson has threatened to file claims against district liability insurance totaling millions of dollars if they don’t comply. No one resigned and no such claims were filed. The episode, which Stamson briefly resurrected in a question to candidates at the April 18 forum, paralleled a series of similar tactics employed against school boards across the country. National media called the actions of the parental rights movement “sowing confusion” and “intimidating school boards.”

For the most part, Bozeman’s candidates avoided these politicized questions, preferring to focus on their personal experiences in the public education system and the knowledge they gained as a result.

Dee, a former educator at a two-room schoolhouse north of Bozeman, said her interest in taking on a supervisory role was piqued after serving on a committee that reshaped the Bozeman District High School’s boundaries in 2019. First-time contestant Amber Jupka chalks her motivation up to her involvement with Bozeman’s Meadowlark Elementary Parent Advisory Council and her volunteer work as a substitute teacher, cashier and paraprofessional at several schools over the years. last years. The latter role, she said, underscored for her the immense staffing challenges facing Bozeman schools, as well as the limitations of relying on volunteers to fill those staffing gaps.

“We can’t recruit young teachers because we don’t have affordable housing, but teachers in our communities are burning out because we don’t have anyone to help them,” Jupka said. “Temporarily, we can ask parents and community members to come and help us with some of this area of ​​support. But it’s not something that can last forever, because you have to have some of those people certified there.

“I see it as a tussle in the hearts and minds of our children. I think everyone is fighting for what they believe is best for children, but there are very different about what is best for children.

Lisa Weaver, outgoing Bozeman school trustee

Lisa Weaver, an outgoing administrator who is campaigning to keep the seat to which she was appointed last June, agrees with Jupka’s staffing concerns. The district currently has more than 100 openings for teachers, Weaver said, and she sees Bozeman’s affordability issues and the heated local political climate as the biggest factors keeping teachers away. Young families also find it difficult to afford to stay, she continued, which could have serious consequences for schooling. The situation has caused her to take a critical look at some of the budget decisions made by her fellow trustees and wonder if there are more direct initiatives the board could pursue, such as housing allowances for teachers.

“We have caps on the salary that can be paid, and we hit those caps,” Weaver said. “There is not much we can do with this as far as the general budget is concerned. But is there anything else we could do where we could take funds and apply them to the general budget? I do not know. They tell me no, but I don’t agree with that.

Weaver comes closest to either candidate for having a strong opinion on one of the most sensitive issues at stake in school board elections across the state. The issue she finds most concerning, she said, is the sexualization of children. According to her, sex education should focus on biology and abstinence. More specific conversations about sexual activity or gender identity should be up to parents, Weaver said, not the public school system. She acknowledges that she has received “a lot of backlash” about her position, a backlash that speaks to what she believes is the larger force behind school board competitiveness in 2022.

“I see it as a tussle in the hearts and minds of our children,” Weaver said. “I think everyone is fighting for what they believe is best for children, but there are very different views on what is best for children.”

Bozeman School Board incumbent Lisa Weaver, left, listens to candidate Amber Jupka answer a question during an April 18 forum sponsored by the League of Women Voters. Credit: Amanda Eggert / MTFP

Indeed, putting the interests of public school children first is the primary goal expressed by the four candidates for the Bozeman School Board. Their paths to this goal may diverge at times and intersect at others, but the candidates share a desire to engage the community, build consensus, and foster engagement in areas where increased involvement can be helpful. turn out to be constructive. That desire is intertwined with a desire for civility and the hope that, controversial as some public education issues have become in recent years, heightened interest among Bozeman voters could translate into positive and lasting turnout. As contentious as the masking debate has been at times over the past year, Reinhardt said, she appreciated the opportunity to expose hundreds of people drawn to this issue to discussions about other school policies.

“I think it’s really important to realize the importance of people staying informed and involved,” Reinhardt said. “I love that parents are potentially paying more attention to what’s in their kids’ backpacks. I’ve always thought that was crucial and critical. And I want them to continue to have conversations with teachers and administrators and let them really know what is going on.

Parental type 1 diabetes may affect children’s cognitive development

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Cognitive development in children may be affected regardless of the biological parent with type 1 diabetes, according to research published April 19 in the open-access journal OLP Medicine. Research shows for the first time that having a parent with a chronic condition like type 1 diabetes may be associated with lower school performance rather than high maternal blood sugar levels during fetal development .

The influence of maternal diabetes during pregnancy on the cognition of their children has been widely studied. Glucose crosses the placenta and maternal high blood sugar, high blood sugar, can affect the development of the fetus, including the baby’s brain. There is little evidence on the different subtypes of diabetes and the effect of having a father with type 1 diabetes.

Anne Lærke Spangmose and her colleagues at the University Hospital in Copenhagen, Denmark, obtained data from Danish registers as well as test scores in mathematics for third and sixth graders and reading for second, fourth, sixth and eighth graders. years. The team included 622,073 children aged 6 to 18 attending public schools over a seven-year period. There were 2,144 children of mothers with type 1 diabetes, 3,474 children of fathers with type 1 diabetes, and 616,455 children from the base population. Children of mothers and fathers with type 1 diabetes had mean scores of 54.2 and 54.4 respectively, compared with mean scores of 56.4 for children in the base population.

The team recognizes that having a parent with a serious chronic condition such as diabetes can cause stress and affect a child’s academic performance. However, this study suggests a different explanation for the previously observed adverse effects of maternal type 1 diabetes during pregnancy on children’s cognitive development.

Spangmose adds, “Lower test scores in offspring of mothers with type 1 diabetes appear to reflect a negative association of having a parent with type 1 diabetes rather than a specific adverse effect of maternal type 1 diabetes during pregnancy on the fetus. A Danish cohort study, including 622,073 children, showed this.”

Source of the story:

Material provided by OLP. Note: Content may be edited for style and length.

Top U.S. STEM Students Win Scholarships and Prizes at 60th Annual National Young Scientists and Humanities Symposium

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ALBUQUERQUE, New Mexico–(BUSINESS WIRE)–The Junior Science and Humanities Symposium (JSHS), the leading showcase for high school student science, technology, engineering, and math (STEM) research, is pleased to announce the 2022 winners of the 60and National JSHS Competition.

The tri-service-sponsored event – the U.S. Army, Navy and Air Force Departments – took place last week and was hosted by Kirtland Air Force Base and administered by the National Science Teaching Association (NSTA). The first national in-person event since 2019 brought together 224 high school students and approximately 130 teachers, mentors, college professors, military personnel and more to compete and celebrate student achievement in science.

“Returning to an in-person event for the first time since 2019 was rewarding not only for our national finalists, but for all of the mentors, teachers, military and staff in attendance,” says Andrea Malenya, Project Manager, JSHS. “We were blown away by the insightful and innovative projects carried out by these students. Their professionalism and maturity in contributing to the greater body of scientific knowledge was a privilege to behold.

48 national winners – announced at the April 23 awards ceremony – presented their original scientific research for the first time in one of 49 regional competitions hosted by universities and colleges across the United States, from Porto Rico and Department of Defense (DoD) schools in Europe and the Pacific. The top five students from each region were invited to participate in the JSHS National Event as National Finalists. The top two finalists from each region participated in oral presentations for the chance to win scholarships ranging from $4,000 to $12,000. The other three finalists from each region entered the poster contest for a chance to win cash prizes. In addition to presenting their original research, students participated in lab tours, social events, and a careers and inside-out science fair.

“It’s exciting to see these high school students working at such a sophisticated level, connecting what they learned in their STEM courses to uncover new discoveries,” said Erika Shugart, Ph.D., executive director, NSTA . “We congratulate the finalists and national winners for their impressive achievements, and we congratulate the teachers and mentors who have supported them throughout the process. »

1st Place oral presentations: win $12,000 scholarships

Environmental Sciences

Olivia Pollock, New York – Upstate, Pelham Memorial High School

Development and evaluation of water-soluble bioplastics based on fucose

biomedical sciences

Okezue Bell, Philadelphia, Moravian Academy

A new anthropomorphic myoprosthesis for transradial amputees

Life sciences

Rohak Jain, Washington, Interlake High School

Elucidating the mechanisms of drug-induced hearing loss: characterization of interferon gamma signaling as a novel regulator of inflammation and hair cell regeneration in zebrafish

Medicine and Health/Behavioral Sciences

Rishab Jain, Oregon, Westview High School

SarcoSeg: a convolutional neural network-based sarcopenia analysis system via automatic segmentation of skeletal muscle and adipose tissue in cervical computed tomography towards precision medicine applications

Engineering and technology

Nidhi Mathihalli, Northern California and Western Nevada, Saratoga High School

A physical device to help the visually impaired read money using AI/machine learning in third world countries

Mathematics and computer science

Ryan Park, Jersey Shore, Millburn High School

ARIEL: Adversarial Neural Evolution for Unified Variant Prediction and Proactive Therapeutic Design

Physical science

Ashini Modi, Louisiana, Caddo Parish Magnet High School

Modeling of the atmospheric evolution of exoplanets in the habitable zone of M dwarfs

Chemistry

Marianne Liu, Intermountain, West High School

A new experimental-computational approach for the advanced design of solid polymer electrolytes

2n/a Placing oral presentations: win $8,000 scholarships

Environmental Sciences

Mithra Karamchedu, Oregon, Jesuit High School

Detecting Debris-Covered Glacier Boundaries Using Fractal Analysis and Standardized Differentiation of Thermal and Infrared Bands in Remotely Sensed Landsat Datasets

biomedical sciences

Vishruth Hanumaihgari, Pennsylvania, Parkland High School

The effects of a new CRISPR-Cas9 system on human cancer cells

Life sciences

Amara Orth, Iowa, Lewis Central High

Secret Sounds of Bees: Analyzing Bee Vibroacoustics Using Hidden Markov Models

Medicine and Health/Behavioral Sciences

Alexandra Heironimus, Kentucky, Manuel duPont High School

COPD detection algorithm for use with stethoscopes

Engineering and technology

Michelle Wang, Illinois, Carbondale Community High School

An autonomous drone with object detection and tracking capabilities

Mathematics and computer science

Michelle Hua, Southeast Michigan, Cranbrook Schools

Self-supervised neural network based on geometric coherence: a new deep learning framework for the reconstruction of human shapes and movements in 3D

Physical science

Mihai Crisan, Ohio, Arlington Senior High School

Development of a generic nanophotonic processor using programmable photonic integrated circuits (PPIC)

Chemistry

Sohi Patel, Texas Academy of Science and Technology

Scalable and sustainable synthesis of a new biobased polyurethane foam system incorporating by-products and industrial waste

3rd Place oral presentations: win scholarships of $4,000

Environmental Sciences

Samantha Chavira-Prieto, Kansas-Nebraska-Oklahoma, Northeast Lyons-Decatur

Surface biofilm and spectral analyzes of eight common plastic materials exposed to different environmental conditions using basic spectrophotometry and advanced microscopy

biomedical sciences

Christopher Luisi, New York – Long Island, John F. Kennedy High School

How Food Restriction Affects Drosophilia melanogaster’s Athletics, Metabolic Rate, and Lifespan

Life sciences

Liualevaiosina Le’iato, Hawaii, Tafuna High School

Glue vs Regular: Determining Which Cement Mix Is Best for Coral Restoration

Medicine and Health/Behavioral Sciences

Eileen Chen, South Carolina, Spring Valley High School

Discovery of potential SARS-CoV-2 main protease inhibitor compounds from medicinal plants

Engineering and technology

Kevin Taylor, New York – Long Island Area, Paul D. Schreiber High School

Create a “Third Eye” for the Visually Impaired with Object Classification

Mathematics and computer science

Shobhit Agarwal, Texas, Reedy High School

OmniDoc: a multimodal quantum machine learning approach for the diagnosis, prognosis and treatment prediction of neurodegenerative and cancerous diseases

Physical science

Sebastian Mengwell, Connecticut, Darien High School

Cloud Identification in Mars Daily Global Maps with Deep Learning

Chemistry

Yumi Mizobuchi, Hawaii, ‘Iolani School

A sustainable alternative to textile dyes: synthesizing and applying PMMA nanoparticles to create structural coloring

1st Place poster presentations

Environmental Sciences

Aryan Jain, Virtual, Amador Valley High School

biomedical sciences

George Cheng, North Carolina, Green Level High School

Life sciences

Darsh Mandera, Oregon, Jesuit High School

Medicine and Health/Behavioral Sciences

Sidhya Peddinti, Texas, Plano East High School

Engineering and technology

Prisha Shroff, Arizona, Hamilton High School

Mathematics and computer science

Srilekha Mamidala, Philadelphia, Garnet Valley High School

Physical science

Christine Ye, Washington, Eastlake High School

Chemistry

Cathy Tang, South Carolina, Spring Valley High School

2n/a Place poster presentations

Environmental Sciences

Talia Smith, New England Southern, Massachusetts Academy of Mathematics and Science at Worcester Polytechnic Institute

biomedical sciences

Cameron Sharma, Virginia, Mills E. Godwin High School

Life sciences

Carlos Ochoa-Marquez, Southwest, Monte Vista High School

Medicine and Health/Behavioral Sciences

Maya Chiravuri, Connecticut, Choate Rosemary Halls

Engineering and technology

Efe Eroz, Maryland, Montgomery Blair High School

Mathematics and computer science

Keira Talty, New York – Long Island, Mineola High School

Physical science

Meenakshi Nair, Northern California and Western Nevada, Mission San Jose High School

Chemistry

Isabell Owens, Missouri, Camdenton High School

3rd Place poster presentations

Environmental Sciences

Sriya Teerdhala, Texas, Plano East High School

biomedical sciences

Jasmyn Hoeger, Iowa, Beckman Catholic High School

Life sciences

Kaitlyn Culbert, New Jersey – Rutgers, Toms River High School North

Medicine and Health/Behavioral Sciences

Alan Ma, Oregon, Jesuit High School

Engineering and technology

Charlotte Michaluk, New Jersey – Rutgers, Hopewell Valley Central High School

Mathematics and computer science

Amy Dong, Ill., Hinsdale Central High School

Physical science

Rafe Abdulali, New York – Subway, The Packer Collegiate Institute

Chemistry

Roxsonna Janiszewski, Pennsylvania, Muhlenberg High School

Honorable mention, poster presentations:

Environmental Sciences

Lauren Ejiaga, Louisiana, Benjamin Franklin High School

biomedical sciences

Jack Mongan, New York – Upstate, Burnt Hills-Ballston Lake Senior High School

Life sciences

Thomas Commander, Florida, Jacksonville Episcopal School

Medicine and Health/Behavioral Sciences

Ayush Raj, Northern California and Western Nevada, Saint Francis High School

Engineering and technology

Jonathan Gutknecht, Georgia, The Gwinett School of Mathematics, Science and Technology

Mathematics and computer science

Laasya Acharya, Ohio, William Mason High School

Physical science

Ourania-Maria Glezakou-Elbert, Washington, Hanford High School

Chemistry

Shealy Callahan, Illinois – Chicago, Oak Park and River Forest High School

About JSHS: The JSHS (Junior Science and Humanities Symposium) program is a STEM competition sponsored by the United States Army, Navy, and Air Departments that promotes original research and experimentation in the fields of science, technology, engineering and mathematics (STEM) at the secondary level and publicly recognizes students for their outstanding achievements. By connecting talented students, their teachers, and research professionals at affiliated symposia and by rewarding research excellence, JSHS aims to expand the pool of trained talent ready to conduct research and development vital to our nation. . Regional and national JSHS symposia are held during the school year and reach more than 8,000 high school students and teachers across the United States, Puerto Rico, and the Department of Defense Schools Europe and Pacific. Students must first attend their regional symposium where they compete for selection to present at the national symposium each year. For more information, please visit www.jshs.org.

ANXA5 Depth Market Size 2022-2029 | Key Players – Aviva Systems Biology Corporation (US), Atlas Antibodies (SE), Abbexa Ltd (UK), Boster Biological Technology (US)

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New Jersey, United States,- The research study presented here is a very detailed and meticulous depiction of almost all major aspects of the global ANXA5 Depth market. It digs deeper into market dynamics including growth drivers, challenges, restraints, trends, and opportunities. Market players can use research studies to strengthen their grip in the global ANXA5 Depth Market by gaining insight into market competition, regional growth, ANXA5 Depth Market segmentation, and various cost structures . This report provides accurate market outlook with respect to annual average, market size by value and volume, and market share for ANXA5 Depth products. It also provides carefully calculated and verified market figures regarding but not limited to revenue, production, consumption, gross margin, and price.

As part of the global economic outlook, this report sheds light on current and future market scenarios for ANXA5 Depth products to consider while planning business strategies. In addition, the manufacturer’s pricing strategy is analyzed, raw materials and other costs are analyzed in depth. The regional assessment of the global ANXA5 Depth products market includes a wide range of assessments of major markets such as North America, Europe, China, India, and India. All segments, applications, products or geographical categories are analyzed on the basis of important factors, i.e. their number. ANXA5 Depth products market share, consumption, revenue, volume, market size and average pa.

Get | Download Sample Copy with TOC, Charts and List of Figures @ https://www.marketresearchintellect.com/download-sample/?rid=234807

Along with a scorecard of the vendor landscape and important company profiles, the competitive analysis in the Medical Disposables market provides an encyclopedic examination of the structure of the market. The company stock analysis included in the study helps the players to improve their business tactics and compete well with the major market players in the Medical Disposable industry. The force map prepared by our analysts allows you to have a quick view of the presence of several players in the global medical disposables market. The report also provides a footprint matrix of the major players in the global medical disposables market. It dives deep into the growth strategies, sales footprints, production footprints, product and application portfolios of big names in the medical disposable industry.

Key Players Covered by ANXA5 Depth Markets:

  • Aviva Systems Biology Corporation (USA)
  • Atlas Antibody(SE)
  • Abbexa Ltd (UK)
  • Boster Biological Technology (USA)
  • Bethyl Laboratories (USA)
  • Biobyt (UK)
  • Bio-Rad (USA)
  • Epigentek (USA)
  • Genetex (USA)
  • Lifespan Biosciences (USA)
  • Novus Biologicals (USA)
  • Proteintech (USA)
  • ProSci (USA)
  • R&D Systems (USA)
  • Rockland (USA)
  • Thermo Fisher Scientific (USA)
  • Biological USB (United States)

ANXA5 Depth Market Split By Type:

  • Above 90%
  • Above 95%
  • Above 99%
  • Others

ANXA5 Depth Market Split By Application:

  • Biopharmaceutical companies
  • Hospitals
  • Bioscience research institutions
  • Others

As part of our quantitative analysis, we have provided regional market forecast by type and application, market forecast and sales estimate by type, application and region by 2030, and sales forecast and estimate and production for ANXA5 Depth by 2030. For the qualitative analysis, we focused on political & regulatory scenarios, component benchmarking, technology landscape, important market topics as well as the and industry trends.

We also focused on technological advance, profitability, company size, company valuation against industry and product and application analysis against market growth and market share.

Get | Discount on the purchase of this report @ https://www.marketresearchintellect.com/ask-for-discount/?rid=234807

Scope of ANXA5 Depth Market Report

Report attribute Details
Market size available for years 2022 – 2030
Base year considered 2021
Historical data 2018 – 2021
Forecast period 2022 – 2030
Quantitative units Revenue in USD Million and CAGR from 2022 to 2030
Segments Covered Types, applications, end users, and more.
Report cover Revenue Forecast, Business Ranking, Competitive Landscape, Growth Factors and Trends
Regional scope North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
Scope of customization Free report customization (equivalent to up to 8 analyst business days) with purchase. Added or changed country, region and segment scope.
Pricing and purchase options Take advantage of personalized purchasing options to meet your exact research needs. Explore purchase options

The ANXA5 Depth regional market analysis can be represented as follows:

This part of the report assesses key regional and country-level markets on the basis of market size by type and application, key players, and market forecast.

Based on geography, the global market for ANXA5 Depth has been segmented as follows:

    • North America includes the United States, Canada and Mexico
    • Europe includes Germany, France, UK, Italy, Spain
    • South America includes Colombia, Argentina, Nigeria and Chile
    • Asia Pacific includes Japan, China, Korea, India, Saudi Arabia and Southeast Asia

For more information or query or customization before buying, visit @ https://www.marketresearchintellect.com/product/global-anxa5-depth-market-size-and-forecast/

About Us: Market Research Intellect

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Our advanced analytical research solutions, personalized advice and in-depth data analysis cover a range of industries including energy, technology, manufacturing and construction, chemicals and materials, food and beverages . Etc

Our research studies help our clients make superior data-driven decisions, understand market forecasts, take advantage of future opportunities and maximize efficiency by working as a partner to deliver accurate and valuable insights without compromise.

Having served over 5000 clients, we have provided reliable market research services to over 100 Global Fortune 500 companies such as Amazon, Dell, IBM, Shell, Exxon Mobil, General Electric, Siemens, Microsoft, Sony and Hitachi.

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Office Assistant Wanted – Wildsight

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Location: Golden, BC

Type of employment: Seasonal

How to Apply: Please send a resume and cover letter to Leslie Adams at Golden@wildsight.ca

Salary: $19.00 per hour

Expiry date: June 10, 2022

Note: As this job is funded by the Canada Summer Jobs program, all applicants must be under the age of 30.

Job description:

Wildsight Golden Branch is looking for an outgoing, well-organized and dynamic individual to assist the Outreach Coordinator and Wildsight Golden with community programs, projects and events. This is a 30-hour-per-week, 8-week position that will start on or before July 4, depending on the candidate’s availability.

Under the guidance and supervision of the Outreach Coordinator, the successful candidate will help to:

– Respond to inquiries from the public and other Wildsight members

– Assist in the planning and facilitation of community events, celebrations and fundraisers

– Manage social media and website content, write short articles for local newspapers about ongoing Wildsight Golden programs, projects and events, create posters and sort presentations

– Attend public engagement and awareness events such as the Golden Farmers’ Market

– Support the Outreach Coordinator in ongoing Wildsight Golden campaigns regarding environmental education and land use planning issues in the community

– Occasional field days for data collection

– Support Wildsight programs as needed, including but not limited to summer day camp and invasive plant program if support is needed.

Job requirements:

The ideal candidate will be enrolled in a recognized post-secondary institution in Environmental Studies, Geography, Biology, Education or another degree that has demonstrated its relevance. The aim of the work is to educate and inspire young people, visitors and locals to appreciate and better understand the local mountain environment and sustainable communities. All applicants over the age of 18 must complete a criminal record check.

Masters in Memoriam: Tribute to Rita Levi-Montalcini

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Rita Levi-Montalcini, winner of the 1986 Nobel Prize in Physiology or Medicine / Courtesy of The Washington Post

Between today’s economic and political turmoil, employee-employer tensions, and the COVID-19 panic just beginning to subside, it’s no surprise that the conversation about what balances work -healthy living is full of new ideas and controversial lifestyles.

What seems to be missing, however, is everything that really touches on the pinnacle of the ideal: the mythical keystone of “doing a job you love, so as not to work one day in your life”. It was something perfectly embodied by a very dedicated and extremely intelligent scientist, Rita Levi-Montalcini.

Aside from her many accolades and the abundance of influence she left after her death in December 2012, her career could perhaps be best summed up with a quote from Primo Levi’s 1978 novel. The monkey keythat Lévi-Montalcini claimed favored in evoking the work of his life: “If we exclude the prodigious and individual moments that fate presents to us, loving our work (which unfortunately is the privilege of few) is the best concrete definition of happiness on Earth.

This is far from a full description of her passion – the woman herself was a fired pitcher, a research powerhouse focused on her craft. She graduated from medical school in 1936, the same year Mussolini banned non-Aryan Italians from professional or academic careers. Even after the German army crossed into Belgium in early 1940 and the Anglo-American air forces began dropping bombs on his hometown of Turin, Italy, Levi-Montalcini set up a personal research station in his room to pursue his interest in growing nerves. cells. With improvised tools including sharp sewing needles, watchmaker’s pliers, a pair of ophthalmologist’s scissors, a microscope and her expertise, she was able to observe the development and the subsequent decay of nerve cell growth in chickens that had a limb removed by microsurgery during embryonic development, between nightly runs to the bomb shelter across the street.

Although she certainly didn’t stop there, Levi-Montalcini is perhaps best known for her award-winning work in the discovery and isolation of nerve growth factor (NGF) in 1956, for which she and her colleague Stanley Cohen, Ph.D., were awarded the Nobel Prize in Physiology or Medicine in 1986. This made her the fourth Nobel laureate from Italy’s ancient and well-established Jewish community, and in April 2009 she became the first Nobel laureate to claim the title of centenary.

Exactly what it says on the tin, NGF is a protein that serves to support the development, proliferation, differentiation, and survival of neurons. Levi-Montalcini originally started down the path that would lead to the isolation of NGF by replicating another experiment by Elmer Bueker, Ph.D., in which certain tumors appeared to encourage nearby nerve growth when they were grafted onto chicken embryos. Follow-up experiments with embryos injected with tumor extracts did not yield the same results; however, experiments where a tumor sample was placed near (but not in direct contact with) isolated chicken embryo nerve tissue, or directly on the embryonic membrane itself, exposed excessive growth of nerve cells.

Most notably, this neural development occurred in regions both near and far from the location of the transplanted tumor, even burying itself in blood vessels moving away from the tumor despite the fact that the nerves themselves themselves refrain from establishing direct connections with the tumor cells. In 1954, Levi-Montalcini and Cohen had succeeded in deriving a solution of proteins and nucleic acids from mouse sarcomas that could reliably reproduce the effect of a tumor on nerve growth in culture and were then able to use snake venom to identify and later extract a protein capable of stimulating neuron development – what would then become known as growth factor nervous.

In addition to this truly seminal research in the field, Levi-Montalcini held numerous prescient positions, including as a professor at Washington University in St. Louis, Missouri from 1958 until his retirement in 1977. During this time, she also created a unit research center in Italy, dividing her efforts between Saint-Louis and Rome, and was director of the Institute of Cell Biology of the Italian National Research Council in Rome from 1969 to 1978, where she became a visiting professor upon her retirement.

Then, in 2001, she returned to the neuroscientific scene with a grand proposal at the annual Ambrosetti Forum: the founding of a neurological research center in Italy. Created in 2002 and fully operational in 2005, the European Brain Research Institute (EBRI) favors a rich and collaborative environment for research and study of everything related to neurology, from synapses to behaviors and neurodegenerative diseases.

Lévi-Montalcini’s contributions to science and society do not end there. She participated in the founding of the Fondazione Idis-Città della Scienza, a museum in southern Italy, which is working to build a knowledge-based economy; she was appointed senator for life by then Italian President Carlo Azeglio Ciampi based on her contributions to the scientific community, a post she held until her death in 2012; she became the tenth wife elected from the United States National Academy of Sciences in 1968, followed by a National Medal of Science in 1987.

Her last research project was conceived at the end of 2007, in which she endeavored to study all the additional functions that NGF must have to deserve its presence in an embryo several days before the nervous system begins to grow. Avoiding knockout mouse models that could be used to study the early roles and mechanisms of NGF, Levi-Montalcini instead opted to return to the chicken embryo, for which there were no knockout models. so that she can observe the effects of NGF inhibition at different stages. embryonic development. She treated the embryos with a special anti-NGF antibody derived from a phenotypic NGF knockout mouse model, observing that the embryos failed to rotate their trunk to align with the head and disrupt the symmetrical development of the organic tissues.

She never married, had no children and seems to have repeated her lack of regrets and her deep love For his work. Almost despite her career in the biological sciences, she reportedly held the optimistic view that “life does not end with death. What you pass on to others remains. Immortality is not the body, which will one day die. I don’t care if I die. It doesn’t matter… important is the message you leave to others. It is immortality.

Although nearly a decade has passed since she left the mortal world, in Levi-Montalcini’s own words, she is far from truly leaving those of us who remain here in the world of science.

Study highlights rapidly growing patient population with long COVID and lack of treatments

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A new UK study of over 2,000 patients after hospitalization with COVID-19 presented at this year’s European Congress of Clinical Microbiology and Infectious Diseases (ECCMID 2022, Lisbon 23-26) and published in Respiratory Medicine The Lancet shows that a year after having COVID-19, only about one in four patients are feeling perfectly well again. The study is led by Professor Christopher Brightling, Dr Rachael Evans and Professor Louise Wain, National Institute for Health Research Leicester Biomedical Research Centre, University of Leicester, UK and their colleagues.

The authors found that being female rather than male (32% less likely), being obese (half as likely) and having had mechanical ventilation in hospital (58% less likely ) were all associated with a lower likelihood of feeling fully recovered at one year. . The most common persistent symptoms of COVID-19 were fatigue, muscle aches, physical slowness, lack of sleep and shortness of breath.

This research used data from the COVID-19 Post Hospitalization Study (PHOSP-COVID) which assessed adults (aged 18+) who had been hospitalized with COVID-19 across the UK and who were then released. Patients from 39 UK National Health Service (NHS) hospitals were included, who accepted five-month and one-year follow-up assessments in addition to their clinical care. Recovery was assessed using measures of patient-reported outcome, physical performance, and organ function at 5 months and 1 year after hospital discharge. The researchers also took blood samples from the participants during the five-month visit to analyze it for the presence of various inflammatory proteins.

A total of 2320 participants discharged from hospital between March 7, 2020 and April 18, 2021 were assessed 5 months post-discharge and 807 (33%) participants completed the 5-month and 1-year visits at the time of analysis. (and the study is ongoing). These 807 patients had a mean age of 59 years, 279 (36%) were women and 28% were receiving invasive mechanical ventilation. The proportion of patients reporting full recovery was similar between 5 months (501 [26%] of 1965) and 1 year (232 [29%] of 804).

In an earlier publication of this study, the authors identified four clusters or “clusters” of symptom severity at five months, which were confirmed by this new study at one year. Of the 2,320 participants, 1,636 had sufficient data to allocate them to a group: 319 (20%) had very severe physical and mental impairment, 493 (30%) had severe physical and mental impairment, 179 (11% ) moderate physical and mental impairment. health problems with cognitive impairment and 645 (39%) mild mental and physical health problems. Obesity, reduced exercise capacity, more symptoms and increased levels of C-reactive protein, an inflammatory biomarker, were associated with the most severe clusters. In the very severe and moderate clusters with cognitive impairment, levels of the inflammatory biomarker interleukin-6 (IL-6) were higher compared to the mild cluster.

Dr Evans says: “The limited recovery from 5 months to 1 year after hospitalization in our study of symptoms, mental health, exercise capacity, organ impairment and quality of life is striking.”

She adds: “We found that female gender and obesity were major risk factors for not recovering at 1 year…In our clusters, female gender and obesity were also associated with health problems more severe ongoing outcomes, including reduced physical performance and health-related quality of life at 1 year, potentially highlighting a group that may need higher intensity interventions such as supervised rehabilitation.”

Regarding the lack of existing treatments for long COVID, Professor Wain says: “No specific treatment exists for long COVID and our data underscores that effective interventions are urgently needed. Our findings of persistent systemic inflammation, in particularly in very severe and moderate patients with impairment groups, suggest that these groups may respond to anti-inflammatory assessment and interventions, but also for knowledge transfer between healthcare professionals to improve care. to patients. This result also suggests the need for complex interventions targeting both physical and mental health disorders to alleviate symptoms. However, specific therapeutic approaches to manage post-traumatic stress disorder might also be needed .”

Our study highlights an urgent need for health care services to support this large and rapidly growing patient population in whom there is a substantial burden of symptoms, including reduced exercise capacity and impaired quality of life. significantly reduced health 1 year after discharge from hospital. Without effective treatments, long COVID could become a new, widespread long-term illness. Our study also provides a rationale to investigate treatments for long COVID with a precision medicine approach to target treatments to each patient’s profile to restore their health-related quality of life.

Professor Christopher Brightling, National Institute for Health Research Leicester Biomedical Research Centre, University of Leicester, UK

Source:

Journal reference:

The PHOSP-COVID Collaborative Group., (2022) Clinical characteristics with inflammatory profiling of long COVID and association with one-year recovery from hospitalization in the UK: a prospective observational study. Lancet Respiratory Medicine. doi.org/10.1016/S2213-2600(22)00127-8.

Community “Virtual Systems Analysis” Most Underrated

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2022 marks the tenth anniversary of Community Season 3, Episode 16, “Virtual Systems Analysis” aired on NBC. Season 3 of Community took an even more meta and experimental turn with the introduction of six different timelines, an entire episode rendered in 8-bit, and the introduction of the Dreamatorium. The Dreamatorium is a separate room in Troy and Abed’s apartment that acts as a blank slate for their imaginations. He was briefly introduced in Season 3 Episode 7, “Studies in Modern Movement”, when Annie moved into the apartment and discovered him. “Virtual Systems Analysis” brings the Dreamatorium to the fore, creating the series’ most underrated episode.


“Virtual Systems Analysis” often doesn’t make the top 30 when Community fans and critics rank the best episodes of the series. It tends to get swept under the rug – maybe because it’s so stylistically different from everything else (including Christmas episodes and multiple music video shows, or even the Super Bowl business meeting) or maybe -be because the majority of the episode only focuses on two characters. “Virtual Systems Analysis” is an exceptional 21 minutes of television, and it deserves more respect on its anniversary.

RELATED: This Shocking Community Theory Suggests The Entire Show Is In [SPOILER]the mind


The episode begins with the study group finding out that their biology class has been canceled for the day and they now have three free hours. Abed wants to play with Troy in the Dreamatorium, but Annie intervenes. There is a potential romance between Troy and Britta, so Annie – still prying and desperate to separate Britta and Jeff – sets up Troy and Britta on a date for lunch. This leaves Annie and Abed alone, with Annie saying she will take Troy’s place in the Dreamatorium. Troy warns Annie that the Dreamatorium leaves Abed vulnerable and fragile (as he represents the inside of his mind), but Annie dismisses Troy’s concerns.


Annie and Abed begin performing in the Dreamatorium, acting out a scene from Troy and Abed’s favorite show Space-Time Inspector, but Abed interrupts the simulation early. Annie immediately calls him, realizing that Abed is mad at her for arranging a date with Troy and Britta. Annie thinks Abed is afraid of losing his best friend in a relationship, but Abed tells her he’s angry that she “altered the fabric of the group”. Annie and Abed then proceed to butt heads.

Abed shows Annie the Dreamatorium’s “engine” (constructed from paper towel rolls) and Annie plays with the engine so Abed’s thoughts are now filtered through a box labeled “Other People”. Abed lets out a high-pitched moan and then – in a twist no one could predict – he turns into Jeff. Across the Dreamatorium, Abed then begins to transform into several characters, including Shirley, Britta, Troy, Pierce, and “a half-accurate Chang”. All of this is going on in Abed’s mind; Annie says at one point that she pretends to see the places Abed is creating. However, the audience sees Abed transform into these characters and the locations shift.


RELATED: The Most Terrifying Social Media Trend Predicted By The Community

Abed eventually confronts Annie for calling him difficult and says everyone takes care of him. He then “disappears”, transforming into other characters, and she has to search for him in the Dreamatorium, eventually finding him in a school locker. This is where the emotional heart of “virtual systems analysis” lies.. Annie asks Abed if that’s where he thinks they’re going to put it, and he replies that the locker is metaphorical: “It’s a place where people like me get put when everyone finally has some. fed up with us.” Although Abed is never formally diagnosed with autism, there are mentions and references made throughout the series. In this scene, he tells Annie that he is afraid of being left behind when everyone else in the study group grows and gradually advances, and he remains the same.


Annie replies “Your simulations are nothing but anxieties. You’re afraid of not fitting in, you’re afraid of being alone. Good news: you share this with all of us. So you’ll never be alone, and you will always fit in.” This episode uses the Dreamatorium’s unique design to reflect Abed’s deepest fears. Talking about them together, Abed and Annie are both able to grow and understand each other, with Annie becoming Abed’s new Troy in Season 6. “Virtual Systems Analysis” still impacts on Community fans, even a decade after it originally aired, and goes some way to explaining why the series is one of the best comedies to stream on Netflix.


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The big debate: is it time to kill trophy hunting? | Travel

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Proponents of trophy hunting like to claim that the funds raised are vital for conservation. Yet the image of a growling businessman with his foot on a prostrate elephant sends such an anti-conservation message that it could practically double as a logo. Optics matter, as those who publish their trophies understand; it doesn’t matter that he is a great hunter, just that he looks like one. And the connotations of exploitation and neocolonialism in this reprehensible practice, like the carcass of a clumsily killed creature lying under the African sun, positively stink.

Trophy hunting is justified as a source of income, but it can also be economically destructive, stifling its more acceptable and sustainable alternative: photo tourism. There have been new calls for the Botswana boycotts last week by those sickened by the sight of the downed tusker. The same happened in Zimbabwe in 2015 when 15-year-old Cecil, a tourism totem, was shot by a dentist with a glorified bow and arrow, only to be finished off 12 agonizing hours later. Like a Time commentator said it last week: ‘I am now considering canceling a £12,000 holiday to Botswana. Maybe the government can put that in their business case.

We hear that trophy hunting is not driving any species to extinction, as if it were a benchmark to aspire to. Or, hunters themselves – cutesy altruists that they are – that their funds do good for local communities. So why not pay this community $50,000, film the beast with a camera, and let it go on its way attracting and captivating countless others?

Ngorongoro Crater, Tanzania

GETTY PICTURES

Dr Keith Lindsay, a 69-year-old conservation biologist who has studied wild elephants in Africa since the late 1970s, says the argument that trophy hunting funds local communities is flawed. “A relatively small amount reaches the community level – who are just passive recipients,” he said. “Whereas ecotourism employs many more people and has a ripple effect.”

Trophy hunting, in which the customer can return home with a valuable part of the animal, helps fight poaching, we are told – the beautifully twisted logic that killing creatures at risk for their tusks helps to stop the practice of killing at -risk creatures for their defenses. Much better, surely, to fund anti-poaching from genuine conservation – to tempt those in Africa who have a burning desire to protect rather than destroy.

And what about the animals themselves? Elephants are the most sensitive creatures, with their complex family structures and social patterns. They empathize, they cry. They trample and destroy and sometimes kill. I understand. But surely the answer is to manage human-elephant conflict, not to cull individuals who are often miles away from pinch points in a form of random vigilance.

Trophy hunting treats animals as commodities to be disposed of; cars to be scrapped rather than repaired. But contrary to an argument for trophy hunting, the fate is not reserved for aging creatures: toothless geriatricians who roam the plains awaiting oblivion. Permits are rarely for specific animals, giving those facilitating the hunt the freedom to choose. They go for the biggest beasts, with the biggest trophies – even though the males continue to grow, compete, sire throughout their lives, well into their 50s. “There is no bull elephant over the hill,” Lindsay said. “They go all the way”

This highly selective culling deprives the gene pool of its prime specimens, he says. And the slaughter is neither orderly nor coherent. The result, in Darwinian terms, is a kind of backward evolution. Call it unnatural selection.

Those who criticize trophy hunting are accused of not understanding the nuance, of proselytizing from a distance. I am sensitive to this, so let me end with the words of my expert guide – 25 year old in the bush – in West Kruger this month, where we spent an exciting half hour sitting amongst a family of more than a dozen elephants as they drank, nibbled and bathed in mud around us, before continuing peacefully.

“Trophy hunting is just plain wrong. An animal is always worth more alive than hanging on someone’s wall.

The elephant that was killed in Botswana earlier this month

The elephant that was killed in Botswana earlier this month

No, trophy hunting is essential for conservation, says Chris Haslam

Our Sunday night diet of Attenborough documentaries and plays by anthropomorphic figures such as Cheetah family and me nurtures a binary view of a world in which wildlife is always good and gunmen are always bad.

But for so-called charismatic megafauna like buffalo, elephant, leopard, lion and rhinoceros, there is no wild life. In most of Africa’s 7,800 terrestrial protected areas (PAs), these species only exist because humanity allows them to. The law of this jungle is simple: if it pays, it stays.

If you see wildebeest in the Mara, buffalo in the Selinda, or one of the remaining 202 black rhinos in the Kruger, you’re looking at a managed inventory of living assets, much like a herd of Cotswold cattle. Trophy hunting, while repugnant to many, has a microscopic effect on populations: the 83 elephant permits issued by Botswana in 2021 represent, at the most generous estimate, 0.06% of the national herd, but the benefits for communities too remote and too underdeveloped to benefit from tourism are immense.

Their share of the $50,000 paid by the tourist who shot that old bull elephant will fund schools, water, clinics, social services and job training.

As for claims that trophy hunting is driving species to extinction, ongoing study by Professor Amy Dickman at the University of Oxford shows that this is not the case. “So far, we have not found any species for which current trophy hunting threatens its persistence,” she said.

It is true that trophy hunting can weaken species by suppressing dominant genes, but research shows that it is mainly in species such as lions and leopards where age-based regulations have not been enforced. followed. In most cases, trophy hunters target older males that have already gone through several breeding cycles.

It is the loss of habitat that poses the greatest danger. Researchers estimate that by 2050 the world will need 26% more cropland to feed a population of 9.7 billion. With the highest population growth in Africa, human encroachment on these 7,800 PAs is inevitable. Pressure to downgrade national parks and reserves where wildlife cannot pay their way will be compounded by cuts in taxes and philanthropic funding – now exacerbated by the economic fallout from the pandemic.

Love them or hate them, private hunting concessions are an essential part of habitat conservation. In South Africa, they represent nearly 17% of the entire territory. In Zimbabwe it is 14% and in Namibia 20%. So this is a somewhat colonialist assumption that wildlife exists for the exclusive benefit of tourists with cameras.

Years ago, in Eritrea, a French photojournalist I was traveling with asked a village child to take off his Guns N’ Roses t-shirt donated by an NGO because “it didn’t match the photo” . Expecting Africans to ban hunting in the name of our expectations is exactly the same, and our western outrage has nothing to do with the family watching an aging, toothless bull elephant destroy the annual crop overnight, as I saw in Zambia; uproot irrigation, as I have seen in Zimbabwe; and even kill their grandmother, as I saw in Botswana.

Now, however, spurred on by misinformed media and campaigning celebrities, the UK and EU governments are planning to ban the import of hunting trophies altogether. It would effectively kill the company, and Dr Rodgers Lubilo, chairman of the Zambia Community Natural Resource Management Forum, says that would be a mistake. “In my home area alone, we have 1,200 community scouts working to monitor wildlife populations,” he said. “Each salary feeds six mouths, and without hunting income, poverty will increase. People will be forced to start poaching or go back to farming, destroying habitats and wildlife.

If you’re still upset over the death of that elephant, take comfort that your anguish is nothing compared to that befalling that tourist who pulled the trigger. When his name gets leaked on social media, he’ll find out it’s a jungle out there.

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Illinois biologists urge public to dismantle feeders and baths through May | Top stories

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SPRINGFIELD, Ill. (WREX) – The Illinois Department of Natural Resources is advising the public to remove bird feeders and baths due to the spread of avian flu.

The IDNR says the spread of the EA H5N1 strain of highly pathogenic avian influenza, commonly known as bird flu, is impacting wild and domestic birds across the country, particularly in the Midwest.

Authorities say bird flu has yet to be detected in songbird species, but recommend those with feeders or birdbaths remove them until May 31, or until that infections in the Midwest disappear.

IDNR biologists also recommend cleaning and rinsing feeders and baths with a diluted bleach solution (nine parts water to one part bleach) and storing them. If they can’t be moved, clean them weekly.

Remove all bird seed from the base of feeders to discourage large gatherings of birds or other wildlife. Also, officials say, avoid feeding wild birds near domestic flocks.

IDNR first reported HPAI in a flock of wild Canada geese in Will County in March. Wild bird deaths from avian flu have been confirmed in Champaign, Fulton, Sangamon and Will counties with an investigation into the death of 200 birds underway in Cook County.

Wild birds affected by the avian flu strain include species of waterfowl and aquatic birds, as well as certain raptors, such as bald eagles. Cases have also been reported in domestic poultry farms.

IDNR says if you see a dead bird, especially bald eagles, contact them. If five or more dead birds are seen at one location, a wildlife biologist should be contacted. Contact information for Illinois District Wildlife Biologists is available here.

Biologists say that if you must dispose of a dead bird, wear rubber gloves and a face mask, line the carcass in sealed plastic bags and throw it in the trash. Anyone handling dead birds should thoroughly wash their hands and any clothing or tools after disposing of the bird.

Wild turkeys, according to the IDNR, are less likely to come into contact with bird flu due to their contacts and habitats. However, turkey hunters can be better protected by thoroughly cooking game meat to an internal temperature of 165 degrees Fahrenheit.

More information on the status of HPAI in Illinois is available on the IDNR website.

City News | KCMO.gov – City of Kansas City, MO

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PRESS RELEASE

Kansas City leaders Sen. Roy Blunt and Rep. Emanuel Cleaver announced Friday the first step in realizing a new vision for the South Loop Link. Efforts to build this innovative open space will begin with planning and design teams creating a destination park in the heart of downtown.

Private investment from local landowners and other stakeholders will fund the engineering and design phase which is expected to last 12-18 months. State and federal partners have indicated strong support for funding the full cost of construction.

“Kansas City is already a great place to live, work and visit, and the South Loop Link project will make it even better,” said Senator Roy Blunt. “With its central location, proximity to top colleges and universities, and emerging opportunities in agriculture and biomedical research, the Kansas City area is well positioned for continued growth and economic development. Smart infrastructure investments like this will improve the quality of life and give families and businesses more reason to make a long-term commitment to the region. I am proud to join Mayor Lucas, Congressman Cleaver, Governor Parson, and all local stakeholders working together to move this project forward.

“Today is an exciting day in Kansas City as we announce significant progress being made to build a lid over I-670 as part of our efforts to continue building our downtown corridor for residents, visitors and businesses,” said Mayor Lucas. “Not only will this park create a more exciting and immersive experience for anyone spending time downtown, it will also help to significantly reduce noise and air pollution from the freeway, creating communities healthier. I thank Senator Roy Blunt, Congressman Emanuel Cleaver, Governor Mike Parson and everyone who worked to make this project a reality.

The South Loop Link project will create a new outdoor amenity for downtown residents, visitors and employees covering 5.5 acres on Interstate 670 from Wyandotte Street to Grand Boulevard. This park will connect neighborhoods previously separated by Highway 670, create much-needed public park and green space for the downtown core, add green infrastructure and trees, and reduce the environmental impacts of the highway below. It will also potentially include a green mobility hub with easy access to multimodal transportation, access to regional employment, healthy living space, playgrounds, dog parks, arts and amphitheater programs and entertainment. other opportunities for social engagement.

The City of Kansas City has partnered with the Downtown Council to seek state and federal funding for this project.

“The South Loop Link has been identified as a catalyst project in the Imagine Downtown KC 2030 strategic plan,” said Bill Dietrich, President and CEO of Downtown Council. “This is an opportunity to physically unite the Central Business District and Crossroads Arts District with a destination park featuring an open green lawn, public art and outdoor seating with shaded structures. is a game changer located in the heart of downtown KC.”

“Congratulations to Kansas City for moving this important project forward. This announcement is a manifestation of perseverance and is made possible through extensive public and private cooperation,” said Missouri Lieutenant Governor Mike Kehoe. “I look forward to the completion of this transformation project linking the north and south sides of downtown.

Loews Hotels & Co, owner and operator of the Loews Kansas City Hotel, has previously provided financial support for the planning of the South Loop Link.

The estimated cost of the total project is approximately $160 million, an amount subject to change as the design process progresses. Downtown Council estimates that when fully constructed, the project will unlock significant development opportunities in the 50-acre Crossroads area south of 670, increase nearby property values ​​by more than $90 million, and catalyze an impact cost saving of $490 million, producing a 4:1 leverage effect on the total initial investment.

The improvement would also maximize the community’s $2.3 billion investment in the Power & Light District, T-Mobile Center, Loews Kansas City Hotel, Kauffman Performing Arts Center and KC Streetcar.

Media inquiries can be directed to Media Relations Manager Maggie Green at 816-379-6562.

sood: Veteran Senior Scientific Advisor in Quantum Research | Bangalore News

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Times News Network
Bengaluru: Prof. Ajay K Sood of the Indian Institute of Science (IISc) is the new Chief Scientific Advisor to the Government of India. He succeeds Professor K Vijayraghavan of the National Center for Biological Sciences in Bangalore.
The PSA office, established in 1999, advises the Prime Minister and the Union Cabinet on matters related to science, technology and innovation. Sood, Year of Science Professor in the Department of Physics at the IISc, is known for his pioneering research in quantum materials and soft condensed matter.
He was born on June 26, 1951 in Gwalior, received a master’s degree in physics from Panjab University, Chandigarh in 1972, and obtained a doctorate in physics from IISc in 1982. From 1973 to 1988, Sood was a scientist at the Indira Gandhi Center for Atomic Research. at Kalpakkam, with a postdoctoral stay (1983-85) at the Max Planck Institute for Solid State Research, Stuttgart, Germany.
“Since 1988, Sood has been on the faculty of the IISc’s Department of Physics, where he has produced an outstanding record of research published in the most sought-after journals…” reads a statement from the IISc. .
Additionally, Sood served as President of the Indian National Academy of Sciences and Indian Academy of Sciences; Secretary General of the World Academy of Sciences; Chairman of the IISc Division of Physical and Mathematical Sciences and Chairman of key decision-making bodies and editor of influential journals.
He is a member of the Prime Minister’s Advisory Council on Science, Technology and Innovation.
Received Padma Shri in 2013′
“Sood was awarded the Shanti Swarup Bhatnagar Prize for Physical Sciences in 1999, the Third World Academy of Sciences Prize in Physics in 2000, and Padma Shri in 2013. In recognition of his research on nanosystems and soft matter, he has was elected a Fellow of the Royal Society. of London in 2015,” says the IISc note.

Pulmonary Surfactants Market Size, Scope and Forecast

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ESTIMATED YEAR 2022
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HISTORICAL YEAR 2020
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Ananya Hari elected USG president, shares her thoughts on the way forward – The Observer

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USG to be overhauled as Hari and new finance VP Basil Yaseen promise change in organizational structure

On April 15-16, students at Case Western Reserve University elected their peers to represent them on the Undergraduate Student Government (USG) for the upcoming 2022-2023 academic year. Leading the ballot was third-year biology student Ananya Hari, who ran unopposed to be the next USG president, having previously served as USG’s vice president of student life, president of the Food Sub-Committee and Chair of the Feedback Sub-Committee.

In his letter of intent to run for the position, Hari pointed to his co-author of USG’s “Resolution for Guaranteed Housing for All CWRU Undergraduate Students” who spearheaded the CWRU administration to reverse course on housing policy changeits work in improving transportation systems on campus and its role in setting up the Physical Resource Center live. But if you ask her about her favorite initiatives she participated in at USG, she gives a different answer.

“One initiative that I really liked was that we did our lighting rounds…And it was very overwhelming because in first grade; I didn’t know what I was doing. And so I organized this group of people to walk around campus and find out where there is lighting or [where] there is not enough lighting for security reasons,” Hari said. “And from that, I think we’ve changed over 200 lights on campus. And [CWRU] like to do this thing where they have aesthetic lighting, [but] it just doesn’t help, so we changed that to LED lights.

Some of Hari’s other favorite USG initiatives include adding water bottle filters to freshman dorms, as well as the upcoming “Night Link” – a GreenLink shuttle that will run at night so students don’t don’t have to rely on Safe Rides all the time. She also notes the importance of USG’s continued work to ensure the meal plan is suitable for food-insecure students, as well as those who are unable to use their meals during a week but still wish to keep them for the future. —like students observing Ramadan.

As for the future of the USG, Hari’s goal is to review the internal structure of the organization and ensure that operations run smoothly. While his plans may seem simplistic, they are crucial to the continued functioning of USG and all clubs under his jurisdiction.

“My main goal is this: next year I want to redo a lot of our statutes and put more checks and balances in our [vice presidents]…especially vice president of finance after this year. I just want to put checks and balances—not take power away, but [ensure] all major decisions that are made go through [General Assembly] and go through [the USG Executive Committee].”

While Hari didn’t explicitly mention what specific action causes her to look at USG’s bylaws, especially regarding the vice president of finance, a lot can be inferred. Over the past year, the USG Finance Committee has struggled, failed their SEC Allocations Committee (AC) audit last semester due to tracking error and underspending of funds and creating a misguided plan create an endowment using $250,000 of student funds that USG never spent. This effort eventually had to be halted by HQ and the CWRU General Counsel’s Office. This was all happening as USG remained strict with its club funding guidelines, which led to various student organizations being underfunded despite USG’s huge cash position.

To that effect, USG’s new vice president of finance, sophomore biology student Basil Yaseen, has promised to overhaul USG’s current club funding system.

“I’m trying to revamp the whole system basically. I think what we have at the moment—and I know a lot of clubs agree—[is that] USG is a bit too stingy,” Yaseen said. “I want to create a system where clubs can get as much money as we can give them and use that money as they need for this club.”

Yaseen further explained that he felt USG’s current funding guidelines were too strict: “At some clubs, even if they need $20,000, we give them around $50. [or] $500, just ’cause that’s all we can give ’em [according to] Guiding lines.”

Yaseen also promised to work more closely with the board to ensure USG finances are on track and used effectively. Plans are yet to be finalized as to how to ensure clubs get the funding they need, but Yaseen and Hari said they have jointly developed a framework which they hope to implement next semester. .

Another major motivation for Hari to run for USG President was the increase in tuition at the CWRU, with a 5% increase planned for students returning next year. Much of his platform when running for president advocated a tuition “grandfather clause,” which would cap tuition for returning students at the rate they paid the first year. .
“I came here hoping for a certain amount of money. And then three years later, I pay another $10,000 and I’m like, ‘What’s going on?’ said Hari. “I came to [CWRU] with a four year plan on how much money I plan to spend here. And now you can’t—[in] my freshman year – tell me I have to spend an extra $30,000… This is financially insensitive to students, especially [those] in need. I had friends who can no longer afford [CWRU] and had to transfer. I just don’t like that to happen.

Although Hari acknowledges that the CWRU covers all costs based on need through its financial aid system, she pushes back against the idea that it works for all students.

“It assumes that everyone’s parents [are] able to pay for everything financial aid doesn’t cover, right? This assumes that the parents actually help pay for the child’s tuition and that the students do not take out loans… I am an international student, I do not receive need-based financial aid. It’s all my money,” Hari said. “It’s the same with housing. I’ve had students who were in their second year who went to housing in their second year, and they were moved because they didn’t have enough housing in their second year, and they’re in [Stephanie Tubbs Jones Residence Hall] or The Village… but then you have to pay another $2,000 or something, but that wasn’t even their choice.

On housing, Hari made her thoughts on the administration’s plan to expand the student body clear when she co-authored the aforementioned housing resolution and will continue to advocate against continued expansion as as president of the USG.

“I’m not here to make an enemy of President Kaler or anything. But I will probably be pushing very strongly that we first increase our resources, and everything else on campus, before we start expanding our student body,” Hari continued. “It’s ridiculous in some ways [where]for example, mental health resources [are] barely able to cover students now, and now we have even more to come.

Ultimately, Hari expressed gratitude that USG is able to act as the voice of the student body to the CWRU administration and that the administration is generally responsive to student concerns, but emphasized that more can be done:

“The fact that USG can do what it does is crazy because in other schools it just doesn’t happen. Most universities don’t care, but at the same time, since [USG] exists, I wish [CWRU] would listen [and] ask us first for opinions before you do anything and then say, “Oh, the students don’t like that.” To the right?”

Newport Aquarium invites guests to celebrate two milestones on World Penguin Day on April 25

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April 25 is World Penguin Day and Newport Aquarium has plenty to celebrate. This internationally recognized day aims to draw attention to the plight of penguins around the world, many of which are endangered or threatened.

This year’s World Penguin Day coincides with two milestones at the aquarium: the relaunch of the Warm Weather African Penguin Encounters, which generate funds for penguin conservation, and the hatching of a new penguin chick royal in the Palooza penguin habitat in cold weather. .

Guests interact with the penguins at the Newport Aquarium Penguin Encounter. (Photo by Newport Aquarium)

King penguin mom, Dumas, and dad, Indy welcomed their new chick into the family at the end of February. The family can now be seen by guests at Penguin Palooza. The adorable chick is easy to spot with her fuzzy feathered appearance. Geneve Darnell, a biologist at the Newport Aquarium, is part of the team that takes care of the penguins on a daily basis.

“It warms my heart to see the success of our breeding program, a great sign of the joy and health of the birds,” said Darnell. “The chick’s mother was born here in 2006, so in a way we are grandparents!”

The chick’s hatch is a success for the Association of Zoos and Aquariums’ Species Survival Plan breeding program. The Newport Aquarium works closely with other AZA-accredited zoos and aquariums on various conservation efforts, including supporting penguins in cold weather.

Warm-weather African penguins experience new adventures in their renovated and expanded habitat. Guests of the new edition of Penguin Encounter will feel like they are on a trip to South Africa as they encounter a colony of African penguin animal ambassadors. They will have the opportunity to touch the birds to feel their thick coat of waterproof feathers while discovering the animals and their natural habitat.

The experiment generates funds for the conservation of African penguin populations in the wild that are threatened by man-made problems like warming oceans and shrinking habitats.

Aquarium visitors are invited to learn more about penguins throughout World Penguin Day on April 25, including a chance to hear from the biologists who care for them. For more information, to schedule your own penguin encounter, or to obtain tickets, visit NewportAquarium.com.

Newport Aquarium

Winners of the 2022 Henri Termeer Transatlantic Connections Award Announced by the Termeer Foundation as part of the Support Program for Emerging Life Science Leaders in the Netherlands and Massachusetts | national company

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BOSTON–(BUSINESS WIRE)–April 21, 2022–

The Termeer Foundation, a nonprofit organization focused on connecting life science innovators and catalyzing the creation of new medicines, today announced the winners of the 2022 Henri Termeer Transatlantic Connections Award. of the second annual award will be recognized during a presentation to the Innovate for health conference which will take place on April 21, 2022 in the Netherlands.

This year’s winners of the Henri Termeer Transatlantic Connections Award are: Kasper Roet, of QurAlis Corporation and Koenraad Wiedhaup, of Leyden Labs; Information on the winners of the 2021 Henri Termeer Transatlantic Connections Prize is available here.

“We are delighted to honor the winners of the 2022 Henri Termeer Transatlantic Connections Award, Kasper Roet and Koenraad Wiedhaup, who both deserve this award because of their outstanding career paths and commitment to the ideals of Henri Termeer,” said said Belinda Termeer, President. and co-founder of the Termeer Foundation. “Even at this early stage in their careers, they have shown a great ability to combine leadership and innovation within their companies as they pursue distinct scientific paths towards the development of breakthrough drugs.”

The Henri Termeer Transatlantic Connections Prize was created through an agreement in July 2019 between the Massachusetts Office of International Trade and Investment and the Dutch Ministry of Economic Affairs and Climate Policy, which created and signed a Memorandum of Understanding. agreement laying the foundations for a Massachusetts – Netherlands Transatlantic Partnership for Life Sciences. Signatories included Top Sector Life Sciences & Health (Health-Holland), MassBio, HollandBIO and the Henri A. Termeer Tribute Committee; all of whom have agreed to provide support and organize activities to promote transatlantic collaboration between the two biotech ecosystems.

“The Transatlantic Connections award creates significant opportunities for its winners to network, learn and eventually collaborate with life science professionals in two of the most important life science sectors,” said Hans Schikan, Fellow of the Board of Directors of Health-Holland and member of the Henri Termeer. Transatlantic Connections Award Steering Committee. “Over the next year as award winners and beyond as Termeer Fellows, this year’s awardees will be offered a variety of opportunities to enhance their knowledge of the global life sciences industry. and plant the seeds for the company’s future success.”

Each year, the Termeer Foundation and Health-Holland select two emerging life science entrepreneurs, one in Massachusetts and one in the Netherlands, who conduct innovative biomedical research activities and whose programs have the potential strengthen transatlantic relations between the two life sciences regions. . Applicants are selected based on their initial entrepreneurial success in building a life sciences business that meets certain scientific and financial criteria, demonstrates a keen interest in mentoring other young entrepreneurs, and possesses a willingness to s become more involved in the programs of the Termeer Foundation. Winners also receive Fellowship status within the Termeer Foundation, which includes access to experienced healthcare mentors, networking with other peer entrepreneurs, and recognition at the annual awards celebration. Termeer scholarship holders. Recipients are invited to spend a week visiting their colleague’s company and the local biotechnology sector, and participating in other learning, networking and cultural events there.

“When QurAlis was created, we recognized that even at an early stage, the development of drugs to treat neurodegenerative diseases had no boundaries or geographical limitations,” said Kasper Roet, co-founder and CEO of QurAlis. . “Being selected to receive the Transatlantic Connections award is not only an honor, but a great platform from which to build these all-important relationships outside of our industry.”

The biotechnology sectors of Greater Boston and the Netherlands represent two of the world’s most prolific centers for biomedical research. Boston and Cambridge are home to about 1,400 biotech companies; ranging from small, emerging start-ups to larger, more established biopharmaceutical companies. Cambridge’s Kendall Square is the heart of this area and home to a large concentration of life sciences companies, with over 120 located within the Square’s small footprint. The highly collaborative Dutch life sciences and healthcare community includes 3,100 life science R&D companies, 420 biopharmaceutical companies, 65,000 pharmaceutical employees and a medical technology market of 4.7 Billions of Euro’s. Life science companies in the Netherlands enjoy countless opportunities for growth and collaboration.

“Receiving the Termeer Transatlantic Connections award and recognition for our company’s vision is a wonderful compliment to the work we have done so far,” said Koenraad Wiedhaup, Founder and CEO of Leyden Labs. “I am thrilled to be part of the link between the biotech ecosystems of Massachusetts and the Netherlands created by Henri Termeer and look forward to participating in future programs with my award-winning colleague.”

About the Termeer Foundation

Building on the bold legacy of Henri Termeer, a pioneer in breakthrough treatments for rare diseases, the Termeer Foundation connects life science innovators and catalyzes the creation of new medicines. The Foundation’s network of emerging and established healthcare innovators cultivates the leaders of tomorrow and leverages their collective expertise to solve complex problems in drug development and accessibility. The Foundation also integrates its network with academic institutions, non-profit organizations, regulatory agencies and other organizations in the global healthcare ecosystem to provide expert advice, drive innovation, eliminate obstacles to progress and ultimately connecting the world of healthcare until every patient has a cure. Visit us at www.termeerfoundation.org or on LinkedIn @TermeerFoundation.

Show source version on businesswire.com:https://www.businesswire.com/news/home/20220421005558/en/

CONTACT: Erica Mawby-Roche

Termeer Foundation

erica@termeerfoundation.org

KEYWORD: EUROPE USA NETHERLANDS NORTH AMERICA MASSACHUSETTS

INDUSTRY KEYWORD: BIOTECHNOLOGY HEALTH SCIENCE PHARMACEUTICAL RESEARCH

SOURCE: The Termeer Foundation

Copyright BusinessWire 2022.

PUBLISHED: 04/21/2022 08:00 AM / DISK: 04/21/2022 08:02 AM

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Crusoe Energy Systems Closes New $505M Round Led by Climate Tech Investors G2 Venture Partners, Prepares to Launch CrusoeCloud™ | News

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DENVER–(BUSINESS WIRE)–April 21, 2022–

Crusoe Energy Systems Inc. (Crusoe) today announced the closing of a $350 million Series C equity offering, providing new capital to accelerate Crusoe’s mission to align the future of the computing with the future of the climate. In addition to equity, Crusoe has entered into expandable credit facilities of up to $155 million with SVB Capital, Sparkfund and Generate Capital to provide additional loan capital for energy systems related to flare mitigation.

The Series C equity financing was led by climate technology venture capital firm G2 Venture Partners (G2VP), in line with the fund’s mandate to scale technologies that economically decarbonize large existing industries. Other equity funding participants spanned the technology, energy, climate and crypto sectors, including returning investors Valor Equity Partners, Lowercarbon Capital, Polychain Capital, Bain Capital Ventures, Founders Fund, MCJ Collective, Winklevoss Capital, Zigg Capital, DRW Venture Capital, Atreides Management, Exor Seeds, CMT Digital and Upper90 as well as new investors Inclusive Capital Partners, Engine No. 1, Tao Capital, Felicis Ventures, Castle Island Ventures, Mitsui & Co. and Robert Downey Jr.’s FootPrint Coalition Ventures, among others.

Strong points:

  • $350M Equity Funding with Participation from G2 Venture Partners and a Cohort of Leading Tech, Energy, Climate and Crypto Investors
  • Additional business credit capacity of $155 million brings total new capital to $505 million
  • Enables Crusoe to deploy large-scale Bitcoin mining and cloud computing infrastructure while maintaining excellent balance sheet strength and credit quality
  • Funding to propel the expansion of Digital Flare Mitigation® in the United States and internationally
  • Accelerates the launch of CrusoeCloud high performance computing (HPC) cloud powered by low carbon energy sources with market leading prices
  • Enables Crusoe to attract top talent for numerous vacancies as the team grows from 157 employees today to an estimated over 250 by the end of 2022 – visit crusoeenergy.com/careers to learn more
  • Crusoe’s 86 Digital Flare Mitigation data centers have prevented approximately 2.5 billion cubic feet of flaring and achieved up to 99.89% elimination of methane emissions, when flares typically emit a significant amount of methane unburned, a potent greenhouse gas that traps 82.5 times more heat than CO2 over 20 years
  • The company’s deployed fleet of flare removal data centers has a capacity to reduce CO2 equivalent emissions estimated at 650,000 metric tons per year, which is comparable to removing approximately 140,000 cars from the road.

“We are proud to partner with G2 Venture Partners. Their expertise working with high-growth companies in energy, digital and climate technologies makes them an ideal candidate for the next leg of Crusoe’s journey,” said Chase Lochmiller, CEO and Co-Founder of Crusoe Energy Systems. “The capital provided in this Series C funding unlocks Crusoe’s ability to execute key elements of our vision, in particular it allows us to expand and diversify our energy sources, IT workloads and vertical integration. .”

Funding follows CrusoeCloud alpha launch , a cloud computing platform optimized for power-intensive HPC workloads. CrusoeCloud aims to offer the world’s cleanest and lowest cost GPU cloud computing solution for workloads such as graphics rendering, artificial intelligence research, machine learning, computational biology, drug discovery therapy, simulation, etc. The alpha product currently offers Nvidia a100 and a40 virtual machine instances at some of the best prices on the market. CrusoeCloud is expected to launch publicly later this year. Like CrusoeCloud Alongside Crusoe’s existing digital currency mining business, the environmental benefits are also scaling through greater volumes of flare mitigation and renewable energy generation.

“Eliminating methane emissions from flaring is an immediately achievable and impactful step towards mitigating climate change. Crusoe’s technology converts stranded gas into valuable computing resources,” said Ben Kortlang, Partner at G2 Venture Partners. “After a deep dive into blowout mitigation and modular data center technologies, we have concluded that Crusoe is the undisputed leader in terms of scale, operational excellence, talent, vision and proven commitment. environmental standards. This capital will allow Crusoe to deploy Digital Flare Mitigation on a larger scale, use its solution to accelerate the deployment of renewable energy and continue to innovate with its cutting-edge technology.”

Following the funding, G2VP joins Crusoe’s board of directors alongside Valor Equity Partners, Bain Capital Ventures, KCK Group and co-founders Chase Lochmiller and Cully Cavness.

About Crusoe Energy Systems Inc.

Crusoe is on a mission to align the future of computing with the future of climate. We pioneer clean computing infrastructure that reduces both the costs and environmental impact of the growing global digital economy. By freeing up stranded energy sources to power crypto, the cloud and data centers, we are creating a future for compute-intensive innovation that reduces emissions rather than increasing them. The world’s appetite for calculation, energy and progress will never cease to grow. Crusoe is here to energize ideas in ways that meet the needs of our climate.

About G2 Venture Partners

G2 Venture Partners is a venture capital and growth investment firm that seeks to work with the world’s best companies that are using emerging technologies to modernize traditional industries. Historically, savings and emissions have grown in parallel. G2 invests in companies that break that link, growing the economy while reducing global emissions. We support entrepreneurs who are forging new paths towards environmentally and socially responsible economic growth in sectors such as transportation, manufacturing, retail, agriculture, energy, supply chain and logistics.

More information:

For those interested in early access to CrusoeCloud please contact info@crusoecloud.com.

Crusoe was advised by Ducera Partners who acted as financial advisor in connection with the debt capital raises. Crusoe did not hire a financial advisor for the capital increase.

Please contact info@crusoeenergy.com or visit www.crusoeenergy.com for more, and follow Crusoe on LinkedIn and Twitter.

Show source version on businesswire.com:https://www.businesswire.com/news/home/20220420005676/en/

CONTACT: Holly Gordon

hgordon@crusoeenergy.com

KEYWORD: UNITED STATES NORTH AMERICA COLORADO

INDUSTRY KEYWORD: ENERGY ENVIRONMENT OTHER TECHNOLOGIES TECHNOLOGIES OTHER ENERGIES

SOURCE: Crusoe Energy Systems Inc.

Copyright BusinessWire 2022.

PUBLISHED: 04/21/2022 00:00/DISC: 04/21/2022 00:02

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Expanding the science of HIV – News Center

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Depletion of CLIP170 or DCTN1 in human cells causes only modest decreases in microtubule dynamics, determined by measuring comet EB1 lengths (in green), which track the growth of microtubule ends. The nucleus of human cells is in blue.

This article originally appeared in the Breakthroughs newsletter. Find more stories like this, as well as the Breakthroughs podcast, on the Breakthroughs homepage.

As far as viruses go, the human immunodeficiency virus (HIV) is pretty straightforward. About 100,000 times smaller than a red blood cell, the virus expresses only a dozen proteins, but it can establish a lifelong infection that, if left untreated, causes acquired immune deficiency syndrome ( AIDS) and death. At Feinberg, HIV science ranges from examining the microscopic mechanisms of initial infection to testing treatments, all directed toward the goal of ending one of the world’s greatest pandemics.

Thomas Hope, PhD, professor of cell and developmental biology, obstetrics and gynecology and member of the Robert H. Lurie Comprehensive Cancer Center at Northwestern University.

“It’s amazing to see science and medicine working to produce these improvements,” said Thomas Hope, PhD, professor of cell and developmental biology and obstetrics and gynecology. “We are seeing a new generation of scientists entering the field, and these new insights will help us solve this problem.”

Identify microscopic mechanisms

Many viruses exploit microtubule filaments in host cells, traveling along these “highways” to reach the virus’ preferred site of replication within a cell. Mojgan Naghavi, PhD, professor of microbiology-immunology, showed that HIV uses unusual strategies to do this; According to recent studies published in The EMBO newspaper and Proceedings of the National Academy of Sciences (PNAS). This allows the virus to coordinate the transport, stripping and conversion of its RNA genome into a DNA form on its way to the nucleus, where it then integrates into the host cell’s genome.

“More refined drugs targeting highly specialized microtubule regulators could potentially be an attractive approach for the development of novel, non-toxic therapeutic strategies to treat HIV,” Naghavi said.

Judd Hultquist, PhD, assistant professor of medicine in the Division of Infectious Diseases, associate director of the Center for Pathogen Genomics and Microbial Evolution.

This mechanism is an example of how HIV “hijacks” native processes in cells and uses them to replicate and spread. HIV is remarkably resourceful, according to Judd Hultquist, PhD, an assistant professor of medicine in the Division of Infectious Diseases, who studies how the virus manipulates the host cell’s machinery to replicate itself.

In a recent study published in Nature Communication, Hultquist and co-workers used a CRISPR-Cas9 gene-editing approach to knock out more than 400 different genes in CD4+ T cells isolated from human blood donors. By challenging these cells with HIV in the lab, they were able to identify 86 host factors that the virus uses to replicate. While nearly half of them have been previously studied, the other half represent new targets for mechanistic study, Hultquist said.

Studying the myriad ways that HIV infects cells and impairs their normal function is key to developing better treatments and a possible cure, Hultquist says.

“If we want to create a drug with curative potential, it must be able to eliminate or deactivate the virus in all places where it can hide in the body,” Hultquist said.

The persistence of the virus is the main reason that efforts to cure HIV have so far proven unsuccessful, according to Hope. Even with antiretroviral therapy (ART) that can reduce virus levels to undetectable levels, as soon as someone stops taking these drugs, the virus can rebound. Hope has spent the past two years looking for “reservoirs” of HIV, the places in the body where the virus remains even after treatment.

“Everyone looks in the blood, but the virus isn’t detected in the blood until about a week after infection,” Hope said. “To find a cure, we need to find those reservoirs where the infection first occurs and where the virus hides.”

Develop a better treatment

The last three decades have seen significant improvements in HIV treatment options, but the life expectancy of people living with HIV is still shorter than that of other people. Due to premature aging, people living with HIV experience high rates of cardiovascular disease, dementia and bone loss.

Frank Palella, MD, Potocsnak Family – CSC Professor of Medicine in the Division of Infectious Diseases, Associate Director of the Potocsnak Longevity Institute, and Director of the Potocsnak Center for Aging and HIV.

Frank Palella, MD, Potocsnak – CSC Professor of Family Medicine in the Division of Infectious Diseases, was recently named associate director of Northwestern’s new Potocsnak Longevity Institute and director of the institute’s Potocsnak Center for Aging and HIV. . The institute will address the special needs of people aging with HIV through research, education and patient care, according to Palella.

Northwestern is also involved in improving therapies. The classic three-drug ART regimen has worked well, but advances in the drugs themselves now allow for a two-drug regimen. Babafemi Taiwo, MBBS, Gene Stollerman Professor of Medicine and Chief of Infectious Diseases in the Department of Medicine, led the AIDS Clinical Trial Group (ACTG) study published in the journalClinical infectious disease who first showed the effectiveness of this new treatment strategy.

“This heralds a shift in the three-drug paradigm as a way to reduce lifetime exposure to these drugs,” Taiwo said. “We know this can be done successfully without compromising suppression.”

Increasing the duration of these treatments is another priority, as most regiments require daily medications that can complicate adherence or serve as a constant reminder of HIV infection. Current efforts include long-acting pre-exposure prophylaxis, or ART, which may alleviate these problems and increase treatment adherence.

The future of HIV

The COVID-19 pandemic has forced science and medicine to mobilize collective resources against an emerging threat, which could pay dividends for infectious diseases beyond COVID-19. Of particular interest are advancements such as mRNA vaccines, which have been shown to be effective against SARS-CoV-2 but have yet to be tested against a virus that mutates and changes as rapidly as HIV, according to Hultquist.

“The pandemic has loosened the wheels in terms of testing and trying these big ideas,” Hultquist said. “It also precipitated a historic investment in virus research, and it allowed us to bring together scientists from various disciplines who may have never even thought about viruses before, and here we are all working towards one goal. commmon.”

Additionally, several HIV-positive patients have received stem cell transplants to treat cancer and have been cured of the virus. While this treatment may not be feasible on a larger scale, it provides a blueprint for how scientists might one day design a cure for HIV, according to Taiwo.

“We learn a lot from these patients,” Taiwo said. “We now know the biological markers of healing, and we have a general strategy. But the most important; we know it is possible.

Hope, Naghavi and Taiwo are members of the Robert H. Lurie Comprehensive Cancer Center at Northwestern University.

Indy 500 balloon release at IMS suspended indefinitely

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There will be no balloon releases at this year’s Indianapolis 500 in May, officials told IndyStar in an exclusive interview.

For those keeping track, this will actually be the third year in a row that the race has been held without the long-standing tradition of releasing thousands of balloons during the pre-race celebration. The reason this year is different, though, and it could stay.

For the past two years, Indianapolis Motor Speedway has delayed pre-race ball release largely due to COVID-19 protocols limiting the number of on-site personnel.

But this year, according to vice president of communications Alex Damron, the decision took into account the impacts on the environment and wildlife – issues that critics have been raising for years.

A tradition that divides

Speedway officials said they want the pre-race events to bring unity to honor military heroes, celebrate athletic excellence and build excitement.

“We recognize that the release has become more controversial in recent years,” Damron said. “We have received significant feedback from groups and individuals who oppose it, as well as a growing number of our fans. Our goal with the pre-race celebration is always to bring people together.

The balloon release has been a staple of the event for more than 70 years — a tradition that’s on par with the winner’s celebratory milk bottle, kissing the bricks and singing “(Back Home Again In) Indiana.”

Environmentalists have been calling for an end to the release – one of the few regular releases of large balloons still happening across the country – for years. In 2018, the IMS spokesperson said it had no plans to end the practice. Later, however, he said he was reassessing.

Still, this is the first time the Speedway has said environmental considerations played a role.

Indy 500 balloons: Why there will be no balloon releases at the Indy 500 in 2021

How far do balloons travel and how do they affect the environment?

Although balloons are released in Indianapolis, they can travel quite a distance. In 2018, a woman even found what she believed was an Indy 500 balloon in Ohio, 100 miles away.

When the balloons land, they enter the ecosystem and the food chain. If they land in lakes and rivers, they can also flow into the ocean. Along the way, they can be eaten by turtles or other animal species who suffocate or starve to death as the debris builds up in their stomachs, the US Fish and Wildlife Service biologist previously told IndyStar. , Emma Nelson.

IndyStar environmental reporter Emily Hopkins presents the results of an 11-month experiment testing the biodegradability of balloons, at IndyStar in Indianapolis on Tuesday, May 21, 2019. In light of conversations over the past year surrounding the balloon launch Indy 500, Hopkins set out to find which environments and elements cause balloons to break down the fastest.

As part of a citizen science experiment, IndyStar conducted a test in 2018 to analyze the claim that balloons released by IMS each year are biodegradable and therefore pose little risk to wildlife. IndyStar used the type of ball used in the 2017 version and immersed the balls in fresh and salt water, soil and compost.

After 11 months, the balloons were dug up and examined. Some of them have degraded, but not enough to eliminate the risk to wildlife. Even now, nearly four years later, those water-submerged balloons are still largely intact – they sat in jars at the IndyStar office during that time.

Indy 500 balloons: IMS claims the balloons are biodegradable. We tested them.

According to reviews, it takes several years for the balloons to degrade enough to not be dangerous to wildlife.

Movement to ban balloon releases

There is a bigger movement against balloon releases across the country. Such discharges have been banned in a handful of states and cities, according to the anti-balloon organization called Balloons Blow. The group’s founder funded a billboard calling on IMS to end the campaign in 2019, though it was taken down by the billboard company shortly after it was deemed a “dirty ad.” ‘offensive”.

A billboard message calls on Indianapolis Motor Speedway to retire its decades-old tradition of releasing thousands of race morning balloons, seen on 16th Street just west of the intersection with Indiana Avenue in Indianapolis on Monday, March 18, 2019. The billboard, commissioned by environmental education and activism website BalloonsBlow.org, was funded by donations and a grant from the Wilderness Fund.

The Balloon Council, which represents the balloon manufacturing industry, also publicly opposed the release of rubber balloons in 2018. It recommended that balloons be weighted or tied, then popped and disposed of properly.

Reduce the IMS environmental footprint

Damron said IMS is “committed to increasing the sustainability” of the Indy 500 and reducing its environmental footprint. It goes beyond releasing balloons.

“That’s why we recently made changes that increase the efficiency of our energy and water use and reduce food waste on site,” he said.

IMS has installed LED lighting, water-saving faucets and paperless hand dryers in the facility. He provided used banners to People for Urban Progress, a nonprofit that creates bags and other items from recycled materials. The Speedway also created a month-long food redistribution effort to donate unserved meals to Second Helpings.

He strives to encourage spectators to cycle rather than drive to the event. And the electricity used at the venue on the race weekend was carbon neutral thanks to the purchase of certified renewable electricity.

All of this effort has earned the 2021 Indy 500 race a certification from the Council for Responsible Sport. This makes IMS the first motorsport facility to receive this certification, Damron said.

Another first, an inventory of greenhouse gas emissions was carried out for the event. This provides a basis for developing new approaches to energy and fuel consumption, team travel as well as spectator travel at future events.

IMS photographer Chris Jones stands atop the media center as balloons are released behind him prior to the start of the Indianapolis 500 at Indianapolis Motor Speedway on Sunday, May 26, 2019.

Damron said they were comfortable saying the environment was part of the decision to suspend the balloon release for the time being. IMS understands the historic connection the ball release has with many Indy 500 fans. Still, he said “we are confident that this year’s pre-race activities will be as exciting and celebratory as any we have had.” had at IMS.”

While the Speedway is not committing to never do the ride again, Damron said, it will continue to evaluate how to celebrate the Indy 500 and its traditions in the future.

Instead of balloons this year, the Speedway will continue to add a second flyover to the pre-race show at the end of the Back Home Again song.

Forgoing the release also provides “operational flexibility” in terms of the personnel required and the space needed for the balloon tent, Damron said. By not having the version, he added that it will allow expanded activities for fans halfway where the balloon tent was.

Call IndyStar reporter Sarah Bowman at 317-444-6129 or email sarah.bowman@indystar.com. Follow her on Twitter and Facebook: @IndyStarSarah. Connect with IndyStar environmental journalists: join The Scrub on Facebook.

The IndyStar Environmental Reporting Project is made possible through the generous support of the non-profit Nina Mason Pulliam Charitable Trust.

Putin’s back to the wall with Ukraine: NewsCenter

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April 19, 2022


Hundreds of people gathered in Manhattan’s Times Square in March to protest the Russian invasion of Ukraine. According to Randall Stone, Russian President Vladimir Putin “made a tragic mistake” in going to war. (Photo Getty Images/Spencer Platt)


An Eastern and Central European expert discusses the direction of the war in Ukraine, including the likelihood of Russia using biological, chemical or nuclear weapons.

Randall Stone in a suit and tie standing at the desk with bookshelves in the background.

“It is crucial for American foreign policy not to escalate the situation in a way that would put the United States and Russia in direct conflict,” Stone said. (Photo University of Rochester/J. Adam Fenster)

Vladimir Putin “made a tragic mistake” by going to war with Ukraine, said Randall Stone, professor of political science and chair of the political science department at the University of Rochester..

Meanwhile, Stone, an expert on Russian and Eastern European politics who is director of the University’s Skalny Center for Polish and Central European Studies, stresses that the West must be careful to avoid climbing ; in particular, NATO should not send air forces to Ukraine.

“It seems believable that Putin is ready to escalate,” he said in an interview in April. “Why? Because he was willing to risk the invasion in the first place. He chose to put himself in a position where if we intervene he loses, and probably loses everything, not just Ukraine, but his diet, perhaps his life.


Q&A with Randall Stone


Putin shifts his military focus to eastern Ukraine. Why?

  • Putin is looking for something he can sell as a success because the war in Ukraine is not going the way he expected.

Calculation: Most observers agree that to end the conflict, Putin must earn something he can sell as a success at home. He no longer thinks that Russia is going to take kyiv, or any other major city in Ukraine, but that he might be able to cut off a large part of the Ukrainian army, which is currently deployed in the east against the region. of Donbass.

This could be a tactical victory that would allow him to impose a territorial settlement, which would expand the breakaway regions of Donetsk and Luhansk – which Putin declared “independent” a few weeks ago – to include the entire administrative regions of Donbass and Lugansk. Maybe that’s something he could sell as a home win.

While Ukrainian President Volodymyr Zelensky has signaled his willingness to compromise on NATO membership and possibly accept Ukraine’s neutrality in exchange for some form of multilateral security guarantee, Zelensky has firmly resisted the demands to abandon Ukrainian territory.

I really think a decisive victory for Russia seems impossible at this stage. Conversely, the eventual collapse of the Russian military seems possible amid signs of real structural weakness in the Russian military. And let’s not forget the popular unrest in Russia, which could become another solution to the crisis.

What are Putin’s biggest mistakes in this crisis?

  • “What was supposed to be a relatively easy military operation for Russia has turned into a quagmire, which could lead to popular unrest that directly threatens Putin’s regime.”

Calculation: Until February 24, Putin seemed highly unlikely to be removed from power anytime soon. He had solid control over all the ministries in Moscow, which were run by his former KGB cronies, and there was no strong opposition to his rule. Most Russians get their news from Russian television, which has been under strict state control for years. In short, he was very secure politically, but all that could now change with a defeat in Ukraine.

There are already signs that several thousand Russian soldiers have been killed and injured in Ukraine. Credible estimates suggest that up to 15,000 Russian soldiers may have died.

This all adds up to a very different type of war than Putin intended when he invaded on February 24. What was supposed to be a relatively easy military operation for Russia has turned into a quagmire, which could lead to popular unrest that directly threatens Putin’s policies. diet.

How should the West react?

  • America must avoid escalating the situation in order to avoid a nuclear war.

Calculation: It is crucial for US foreign policy not to escalate the situation in a way that would bring the US and Russia into direct conflict, which would be extremely dangerous. We are dealing with a dictator who has his back against the wall and who will seek any output at this point. Turning this into a war with the West would be a way for Putin to divert the narrative from the series of terrible mistakes he made. We must avoid giving him that opportunity and ensure that this war does not become a nuclear exchange. Proposals to establish a no-fly zone over Ukraine, which would involve US Air Force patrols in Ukrainian airspace, present a real danger of escalation that could lead to nuclear war . This is why the Biden administration has been careful to circumscribe the intervention of the United States and NATO in the conflict.

How likely is Russia to use biological or chemical weapons?

  • The use of biological and chemical weapons by Russia is unlikely.

Calculation: Chemical and biological weapons are really not useful as military weapons; they are effective means of terrorizing civilians. I think it is highly unlikely that they would be deployed and of course the United States would not respond with chemical or biological weapons. In the past, the United States has shown that it is unwilling to intervene to prevent the use of chemical weapons against civilians, as we have seen in Iraq or Syria.

What role does nuclear deterrence play here?

  • Nuclear weapons are important, but we must distinguish between immediate and extended deterrence functions.

Nuclear weapons are important in this scenario because we are in a situation of extended deterrence. International relations scholars distinguish between immediate deterrence and extended deterrence.

Immediate deterrence basically means that I will use nukes against you if you use them against me. Throughout the Cold War, both sides adopted a posture of mutually assured destructionwhich meant that one could be fairly certain that nuclear weapons would not be used because a nuclear exchange would have been disastrous for both sides.

A decisive victory for Russia seems impossible at this stage.

Extended deterrence is a bit more problematic. Extended deterrence means that I will use nukes to defend my ally or to defend a specific objective.

For example, Russia announced an expanded nuclear deterrence strategy to protect Cuba during the Cuban Missile Crisis, while the United States threatened to expand nuclear deterrence to defend Western Europe from a possible Soviet attack during the Cold War. The Soviet Union never really intended to attack Western Europe, but it was the centerpiece of American strategic doctrine for 45 years.

Under what circumstances could Putin use nuclear weapons?

  • If NATO partners sent air forces to Ukraine, Putin could use nuclear weapons.

Calculation: Putin uses the idea of extended deterrence to prevent the United States from intervening in a conventional war in Ukraine, and he indicated that if NATO intervened by sending its air forces to Ukraine, the response would be nuclear.

The NATO Air Force is so much more powerful than Russia that NATO would quickly prevail and Russia would have no chance of winning the war under these circumstances. It would be so disastrous for Putin that he would probably escalate into nuclear war to prevent it. The answer would likely take the form of nuclear attacks on NATO air bases in Poland and Romania, and possibly other European countries.

This is why sending NATO planes has not been considered for NATO, because it seems credible that Putin is ready to escalate. Why? Because he was willing to risk the invasion in the first place. He chose to put himself in a position where if we intervene he loses, and probably loses everything, not just Ukraine, but his regime, maybe his life.

If Putin is willing to risk that much, it seems likely that he has already decided that he is ready to take the next logical step, which would be nuclear war. He probably calculates that such a war could be limited, but of course that’s an experiment no one wants to conduct.


Rochester explains: Ukraine and Russia

Close-up of an anti-Putin rally sign with people in the background holding placards in the colors of the Ukrainian flag.Why does Russia want Ukraine?

Political scientist Hein Goemans, a Rochester expert on international conflicts, explains why Ukraine’s fate could be tied to Putin’s survival.

protester wearing a covid mask holding a sign in Ukrainian colors saying STOP WARHow to end the war in Ukraine

Rochester political scientist Hein Goemans, an end-of-war expert, applies possible scenarios to Russia’s invasion of Ukraine.

Keywords: Arts and Sciences, Department of Political Science, featured article, Randall Stone, thought leadership

Category: Highlighted

Peptide Cancer Vaccine Market Size and Forecast

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The report includes validated and revalidated market data such as CAGR, gross margin, revenue, price, production growth rate, volume, value, market share and year-on-year growth on the other. We use the latest primary as well as secondary research techniques to compile this comprehensive Cancer Peptide Vaccine Market report. As part of the regional analysis, we studied key markets such as North America, Europe, India, China, Japan and MEA. Profiles of leading companies are based on various factors including markets served, production, revenue, market share, recent developments, and gross profit margins. A section dedicated to market dynamics with in-depth analysis of drivers, restraints, opportunities, influencers, challenges and trends.

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• Prostate cancer
• Others

The report is the best compilation of different types of segmental analyzes of the Peptide Cancer Vaccine Market done from different perspectives. The analysts’ pragmatic approach to studying different market segments and top-down and bottom-up approaches to forecasting their market sizes makes the Peptide Cancer Vaccine research study unique and accurate. Reliable primary sources such as CTOs, Physicians, VPs, CEOs, and supply and demand side industry experts were consulted to validate and revalidate the market and market figures. ‘other information. Secondary sources such as Bloomberg, databases, white papers, press releases and company reports were used to collect market information and data.

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Scope of the Peptide Cancer Vaccine Market Report

ATTRIBUTES DETAILS
ESTIMATED YEAR 2022
YEAR OF REFERENCE 2021
FORECAST YEAR 2029
HISTORICAL YEAR 2020
UNITY Value (million USD/billion)
SECTORS COVERED Types, applications, end users, and more.
REPORT COVER Revenue Forecast, Business Ranking, Competitive Landscape, Growth Factors and Trends
BY REGION North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
CUSTOMIZATION SCOPE Free report customization (equivalent to up to 4 analyst business days) with purchase. Added or changed country, region and segment scope.

It becomes easy to determine the pulse of the market with this detailed analysis of the Peptide Cancer Vaccines Market. Key players can find all competitive data and market size of major regions like North America, Europe, Latin America, Asia-Pacific and Middle East. As part of the competitive analysis, certain strategies are profiled which are pursued by key players such as mergers, collaborations, acquisitions and new product launches. These strategies will greatly help industry players to strengthen their position in the market and grow their business.

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1. Who are the top five players in the Peptide Cancer Vaccine market?

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4. What are the Peptide Cancer Vaccine Market drivers and restraints?

5. Which regional market will show the strongest growth?

6. What will be the CAGR and size of the Cancer Vaccine Peptide market throughout the forecast period?

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Codex DNA demonstrates a simple, scalable, cell-free approach for the rapid design of mRNA vaccines… | News

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SAN DIEGO, April 18, 2022 (GLOBE NEWSWIRE) — Codex DNA, Inc. (Nasdaq: DNAY), a pioneer in automated benchtop synthetic biology systems, today announced its keynote presentation for the World Vaccine Congress Washington 2022, held in Washington, DC. from April 18 to 21, 2022. The company will showcase its automated benchtop workstation – the BioXp™ System and its automated solutions to accelerate vaccine discovery workflows at booth #202.

The need for rapid vaccine development in response to emerging pathogens has become increasingly evident during the COVID-19 pandemic. However, traditional methods of vaccine discovery, development and production can be complicated for manufacturers, regulators and public health officials, especially for endemic viruses that require adjustments to counter ongoing antigenic variation. Codex DNA’s automated solution currently supports rapid DNA and mRNA synthesis from a digital sequence in a single automated run. The BioXp 3250 System enables customers to synthesize high quality DNA and biologically active mRNA in 24 hours, reducing turnaround time from weeks to days, increasing throughput and scale, improving quality and giving researchers complete control of the workflow. Codex DNA also expects its proprietary Short Oligonucleotide Ligation Assembly (SOLA) enzymatic DNA synthesis (EDS) approach to further enable on-demand synthesis of DNA, mRNA and proteins and shorten the timeline for discovery and development of vaccines, mRNA-based diagnostics and therapies, and personalized medicines.

Codex DNA and RNA have been work together to optimize the development and validation of future Codex DNA mRNA synthesis kits. In this effort, the two companies will also address the integration of RNAimmune’s proprietary mRNA delivery solutions into Codex DNA’s automated workflows to further streamline the vaccine discovery process.

“We are excited to work with Codex DNA to accelerate breakthroughs using mRNA platforms. Together, we can incorporate our proprietary carrier molecules into Codex DNA mRNA synthesis kits to enhance the automated production of truly transfection-ready mRNAs with enhanced uptake and expression,” said Dong Shen, Ph.D. , CEO of RNAimmune. RNAimmune will present the design and development of its novel Pan-Ras mRNA vaccine for the treatment of cancer at the conference and will also highlight the use of the BioXp™ system to accelerate their discovery workflows.

FEATURED CLIENT PRESENTATION: Targeting KRAS Mutations in Cancer: New mRNA Vaccine on the Horizon Track: Cancer and Immunotherapy Presenter: Dong Shen, MD, PhD​, President and CEO, RNAimmune​ Date/Time: Wednesday, April 20, 3:40 p.m. Location: M4, Liberty Salon IK

“Together with RNAimmune, we are empowering our customers to design, develop and produce safe, high-quality vaccines faster than ever before,” said Todd R. Nelson, PhD, CEO of Codex DNA. “I am delighted that conference attendees will hear directly from Dr. Shen about the impressive work being done in mRNA vaccines. Our sustainable, scalable, and cost-effective approach has the potential to completely transform how the world responds to emerging virus threats in the future.

Codex DNA currently offers a catalog of synthetic genomes, including SARS-CoV-2, for research purposes for monoclonal antibody treatments, small molecule therapies, diagnostic tests and new vaccines against specific variants. For more information, please visit the following link. About Codex DNA Codex DNA gives scientists the ability to create new synthetic biology-based solutions to many of humanity’s greatest challenges. As the inventor of the industry-standard Gibson Assembly® method and the first commercial automated benchtop DNA and mRNA synthesis system, Codex DNA enables fast, accurate and reproducible writing of DNA and mRNA for many downstream markets. The award-winning BioXp™ system consolidates, automates and optimizes the entire synthesis, cloning and amplification workflow. As a result, it offers virtually error-free large-scale DNA and RNA synthesis in days and hours instead of weeks or months. Scientists around the world are using this technology in their own labs to accelerate the design-build-test paradigm of new, high-value products for precision medicine, biologic drug discovery, vaccine and therapeutics development, genome and cell and gene therapy. Codex DNA is a public company based in San Diego. For more information, visit codexdna.com.

Codex DNA, the Codex DNA logo, Gibson Assembly and BioXp are trademarks of Codex DNA Inc.

Forward-Looking Statements This press release contains forward-looking statements. All statements other than statements of historical fact contained herein are forward-looking statements reflecting the current beliefs and expectations of management made pursuant to the safe harbor provisions of the Private Securities Litigation Reform Act of 1995. These statements include statements regarding Codex DNA’s progress toward achieving corporate goals and future release of products and services. These statements are based on current assumptions that involve risks and uncertainties that could cause actual results to differ materially. These risks and uncertainties, many of which are beyond Codex DNA’s control, include those risks described in Codex DNA’s public documents, in particular the section titled Risk Factors and elsewhere in its annual report on Form 10-K, which is expected to be filed with the Securities and Securities and Exchange Commission on March 23, 2022. These forward-looking statements speak only as of the date hereof and should not be relied upon unduly. Codex DNA disclaims any obligation to update these forward-looking statements.

Media Contact Richard D. Lepke Director, Investor Relations ir@codexdna.com

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