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Category: Institute News

Developing a warning system to predict emergence of new infectious diseases

The director of the Center for the Ecology of Infectious Diseases at UGA is working to devise an early warning system for diseases which could save lives and allow public health resources to be used more efficiently and effectively.

John Drake is a UGA Distinguished Research Professor in UGA’s Odum School of Ecology. He recently delivered a presentation at TEDxUGA titled, “The Tipping Point: What Jenga Can Teach Us About Epidemics.”

Drake says that constructing a system to detect diseases outbreaks before they reach an epidemic is a “tricky scientific puzzle.” What makes it challenging is figuring out which factors will be able to sound the alarm.

Read more about John Drake and his work by checking out the original article on UGA Today.

 

UGA CTEGD works on neglected diseases around the world

The Center for Tropical and Emerging Global Diseases at the University of Georgia has gained over $135 million in funding and has recruited over 25 faculty from many departments and colleges over its 20-year existence. BSHI affiliate and Head of the Department of Cellular Biology at UGA, Dr. Kojo Mensa-Wilmot, says that there is little incentive for pharmaceutical companies to invest in drug discovery for prevalent diseases in underdeveloped parts of the world. This is where the CTEGD comes in. Currently they are working on malaria and other prominent tropical diseases.

For more information, read the entire UGA Today article here

BHSI Faculty member named Georgia Athletic Association Professor in Engineering

William Kisaalita, PhD, teaches undergraduate and graduate level course work within the University of Georgia’s College of Engineering. His current research encompasses tissue engineering with an emphasis on cell-based biosensors that is applicable to drug discovery. Dr. Kisaalita has also worked on developing technology for low-resource environments. He has actively given UGA students the tools they need in order to solve real-world problems and has inspired many in the field of engineering.

Read the full article on UGA Today

Study finds two behaviors linked to high school dropout rates

A study conducted by a BHSI faculty member sheds light on how aggression and weak study skills contribute to the national high school dropout right.

Pamela Orpinas is a BHSI member and a professor of health promotion and behavior at UGA’s College of Public Health.

The study found that students dropping out have complex behavioral and academic problems, she said. The key to helping a student stay in school is spotting the signs and behaviors that put students at risk of dropping out earlier in their academic careers.

Read more here.

Read the original research article.

BHSI faculty member has developed a gene that improves biofuel synthesis from plants

Debra Mohnen in greenhouse with young Populus deltoides plants. Photo by Paul Efland.

Debra Mohnen, professor of biochemistry and molecular biology in the Franklin College of Arts and Sciences and member of UGA’s Complex Carbohydrate Research Center, along with her
research team have downplayed the role of gene GAUT4 in order to lower the internal levels of pectin in plant cell walls. The result is a plant that can be broken down into simple sugars that can then be converted into biofuels. This research was conducted in collaboration with the Department of Energy’s BioEnergy Science Center, Oak Ridge National Laboratory, University of Tennessee, ArborGen, and the National Renewable Energy Laboratory.

Read more here.

Read the full research article.

Infection-resistant coating for medical devices in development


Hitesh Handa, assistant professor in the College of Engineering, has been working to prevent infection in medical devices such as central lines and catheters. These infections affect thousands of people each year and result in prolonged hospital visits for patients. Handa has created a nitric oxide-based coating for these devices; nitric oxide is naturally used in our bodies to keep blood flowing and prevent infection. The human body will recognize catheters and various tubes as foreign invaders and clot blood around them. Aside from blood clots, a thick layer of biofilm will also form over the objects due to the attraction of microorganisms. The nitric oxide coating will allow for the reduction in clotting and the prevention of biofilm formation.

Read more about Hitesh Handa’s research here on Great Commitments.

Steven Stice named National Academy of Inventors Fellow

Steven Stice, BHSI Faculty member and director of the UGA Regenerative Bioscience Center, has joined an elite group of 912 innovators hailing from more than 250 prestigious research universities and governmental and nonprofit research institutions by becoming a National Academy of Inventors (NAI) Fellow.

NAI Fellow status is a professional distinction awarded to academic inventors and innovators who create or facilitate outstanding inventions that have had a tangible impact on the quality of life, economic development, and welfare of society.

Stice has led industry and academic research teams in the field of pluripotent stem cell research for over 25 years. At UGA his pioneering work in developmental biology and genetics has helped advance human and animal medicine.

Find out more about Steven Stice’s outstanding achievement and more about his work by reading the full article on UGA Today.

 

Focus on Faculty: Claire de La Serre

BHSI member Claire de La Serre is eager to discuss her research relating to isolating the triggers of overeating and learning about diet-driven abnormal communication between the gut and the brain. Serre is also an asset to her students as far as keeping them up-to-date on the latest research findings in foods and nutrition, in fact, she was herself once a PhD student in nutrition at the University of California; she then went on to complete her postdoctoral fellowship at John Hopkins School of Medicine in Baltimore. By making it a priority to stay-up-to-date with the latest research findings in scientific literature, Serre encourages her students to carefully analyze research papers themselves and offer up their own interpretations of data.

Find out more about Serre and her research on the gut and the brain by reading the full article here.

Brand-new Drug Discovery Core lab hopes to develop treatments of leading diseases

The Drug Discovery Core (DDC) laboratory is a brand-new, campus-wide collaborative facility that is designed to hasten the development of therapeutic drugs for a number of major diseases.

The DDC is a result of an initiative that started with a survey distributed to UGA researchers in 2016 which identified chemical screening and toxicity profiling as the most critical needs for enhancing drug discovery research at UGA. The DDC will work to address those needs for faculty who have already been working in infectious disease, regenerative medicine, cancer biology, and other human health-focused disciplines.

The DDC’s creating was initiated largely by two BHSI faculty members, Shelley Hooks, who is the interim director of the center of Drug Discovery and associate professor of pharmaceutical and biomedical science, and Brian Cummings, who is the director of the Interdisciplinary Toxicology Program and professor in the pharmaceutical and biomedical sciences department.

Find out more exciting information about the development of this initiative and its objectives by reading the full article at UGA Today.

CDC Recognizes One Health Day

On November 3, the CDC recognized One Health Day. 

One Health Day highlights the connection between the health of people, animals, and the environment.

The CDC has acknowledged the increasing importance of a One Health approach by working with physicians veterinarians, ecologists, epidemiologists, laboratorians, and many others to monitor and control public health threats and to learn about how diseases spread between people, animals, and the environment. There are many examples that show the health of people is directly related to the health of animals and the environment. For example, some diseases, known as zoonotic diseases, can be shared between animals and people. Tens of thousands of Americans every year will get sick from diseases spread between animals and people. This year in particular saw the largest number of diseases linked to contact with backyard poultry ever recorded by the CDC; these dangerous situations reveal the fervent need for One Health.

2 Things to Know

Staying connected. Interactions between people, animals, and our environment are constantly changing. A vigilant One Health approach is important because 6 out of every 10 infectious diseases in people are spread from animals.

  • Healthy pets make healthy people: Studies show that the bond between people and their pets can increases fitness, lower stress, and bring increased happiness to their owners. People ought to know how to enjoy their pets without getting sick from zootonic diseases.

Taking Action. Even though November 3 has passed, you can always help spread awareness of One Health by using the #OneHealth hashtag in social media. Also, continue to stay informed!

  • Check out this blog by Dr. Casey Barton Behravesh, director of CDC’s One Health Office, discussing how One Health relates to daily life.
  • Share CDC’s One Health infographic showing the connection between human, animal, and environmental health.

Follow One Health advocacy at UGA: https://twitter.com/OneHealth_UGA
Follow the CDC’s effort to prevent emerging and zoonotic infectious diseases: https://twitter.com/CDC_NCEZID

Focus on Faculty: Andrew Park

BHSI’s very own Andrew Park talks about his experience in infectious disease research across UGA’s campus:

Find out about his parasite research is helping develop new ideas on how to manage antibiotic resistance and what his findings related to the Ebola crisis in west Africa. Read the full article here.

CUREnet a great way to prepare for for PhD

CUREnet is a newer way in order for undergraduates to become more involved in research in the STEM field. Started in 2012, UGA is leading a new phase of the program in order to up student involvment. Depending on their research interents many undergraduates will work one-on-one with one professor around the country.

This is a great way for those interested in professional and graduate schools to prepare for doctoral degrees in STEM.

Full article: CUREnet makes research opportunities more accessible

Feature: GRA Scholars at UGA commited to solving world’s grand challenges

The Georgia Research Alliance, a non-profit organization, has partnered with research universities since 1990 to provide world-class scientists who foster “science and technology-based development.” Many of these scholars here at UGA have enhanced the university’s research capabilities and impact.

UGA has recruited five GRA Eminent Scholars since 2015 which has led to a staggering 33 percent cumulative increase in research expenditures during the following period. These GRA program scientists bring benefits not only to the industries in which they research, but also students at UGA. Labs of GRA Eminent Scholars create high-level learning environment to help prepare them to become next-generation leaders in science.

Among these five scholars are C.J. Tsai, a GRA Eminent Scholar in Molecular Biology; Scott Jackson, a GRA Eminent Scholar in Plant Functional Genomics; Stephen Dalton, a GRA Eminent Scholar in Molecular Biology; Dennis Kyle, a GRA Eminent Scholar in Antiparasitic Drug Discovery; and Karen Norris, a GRA Eminent Scholar in Immunology and Translational Biomedical Research.

You can discover even more GRA Eminent Scholars and their research ambitions by reading the full article here.

UGA a major player in cell manufacturing research consortium

A new association for further research has been formed in order to quicken the development of cell therapies for diseases of the heart, cancer, and many other chronic diseases.

Led by Steven Stice, professor and director of the Regenerative Bioscience Center at the University of Georgia, this team of researchers has garnered over $20 million in funding to aid in the facilitation of innovative ideas and techniques.

Full UGA Today Article

New livestock model for stroke changes research paradigm

Recent UGA Neuroscience PhD program graduate Emily Baker, working with Frank West, associate professor in College of Agricultural and Environmental Sciences have changes the paradigm in stroke research by presenting a viable alternative to rats in stroke research.

Due to the pig’s distinct anatomical and physiological similarities Baker and West show that using their new model their, “findings are likely to be more clinically relevant.” According to the RBC research team, almost all clinical trails of neuroprotective therapies have failed to translate from the laboratory to the clinic. This dynamic shift from rat to pig model may speed stroke discoveries because it provides a better, more predictive translational model.

To find out more about Baker and West’s work in the full article on UGA Today.

Graduate Students Attracted to UGA by New GAIN, GREAT Fellowship programs

After earning his undergraduate degree in biology, Preston Basting aspired to become a scientist specializing in bioinformatics.

Basting, who recently began his doctoral studies in UGA’s Integrated Life Sciences program, is among the first cohort of students recruited through a competitive fellowship program known as the Georgia Research Education Award Traineeship. GREAT Fellowships are awarded to academically outstanding students who demonstrate superior potential in fields that align with the university’s Signature Research Themes. GREAT Fellows receive a graduate research assistantship with an annual compensation of $27,000 and a tuition waiver, and the fellowship is renewable for up to five years of total support.

Read more about how these programs are helping recruit new graduate students to the University of Georgia here.

Focus on Faculty: John Maurer

BHSI population health professor John Maurer opens up about his experience in population science in a recent “Focus on Faculty” article.

Find out about his research, his “Zombie Plague” First-Year Odyssey course and more by checking out the full article on UGA Today.

‘Brain Glue’ repairs traumatic brain injuries

 

Researchers at the University of Georgia’s Regenerative Bioscience Center have developed Brain Glue, a substance that could one day serve as a treatment for traumatic brain injuries, or TBIs. Lohitash Karumbaiah, assistant professor in UGA’s College of Agricultural and Environmental Sciences, led the team that designed and created Brain Glue. The main difference between Brain Glue and other synthetic hydrogels, according to the team, is the variety of possibilities to trap neural stem cells, improve integration and reduce the likelihood of rejection.

Read the full article on Karumbaiah, a current University of Georgia neuroscience faculty member, on UGA Today.

 

 

 

 

 

 

 

 

 

 

NIH awards UGA researchers $2.6 million to fight African sleeping sickness

The National Institutes of Health has awarded $2.6 million to University of Georgia researchers to develop new drugs to treat human African Trypanosomiasis, also known as African sleeping sickness.

“There are immense challenges in understanding trypanosome biology because a significant number of their genes are not found in humans or yeasts, which are more intensely studied,” said Kojo Mensa-Wilmot, professor in the department of cellular biology in the Franklin College of Arts and Sciences whose team was awarded the NIH grant. “Using chemical biology tools to identify disease-relevant genes in the parasite, we discovered a small-molecule that prevents duplication of the nucleus in a trypanosome, and arrests proliferation of the parasite.”

Collaborators in the UGA-led consortium are Andrei Purmal of Cleveland BioLabs Inc. and Michael Pollastri, department of chemistry and chemical biology at Northeastern University.

Read the full article on  UGA Today.

ARCS Awards top $1 million to UGA students

ARCS Foundation is a national, volunteer organization of women dedicated to advancing science through scholarship.

The Atlanta Chapter began partnering with UGA in 2000 through the Biomedical and Health Sciences Institute. Since then, 145 awards surpassing $1 million total have been granted to exceptional UGA doctoral students in science and technology disciplines.

“There really isn’t another award like this, and I’m just so excited for some of the things that I’m able to do now,” Stephanie Herrlinger said of the Global Impacts Award she received,
which granted her $25,000 over the next three years.

So far, she has used the money to attend the Society for Neuroscience conference in November, purchase software to organize research data, and to enroll in a course on molecular neurodegeneration at the University of Cambridge in England.

Herrlinger is one of 12 UGA graduate students in fields ranging from biochemistry and genetics to ecology and engineering to receive an award this year. This year’s ARCS Scholars also include Lydia Anderson, John Avery, Erin Baker, Daniel Becker, Heather Bishop, Chris Cleveland, Kerri Coon, Marcus Goudie, Danielle Lambert, Wided Najahi-Missaoui, and Cecilia Sanchez. All students were selected for their leadership skills, academic strength, and research. For more on these students, see the 2016 Announcement.

Read the full Office of Research article.

New mouse model reveals extensive postnatal brain damage caused by Zika infection

A team of scientists led by researchers at the University of Georgia has developed a new mouse model that closely mimics fetal brain abnormalities caused by

Jianfu Jeff Chen. Photo by Paul Efland.
Jianfu Jeff Chen

the Zika virus in humans. This model, described in a paper published recently in the journal Development, may help scientists better understand how the Zika virus affects different cell types in the developing brain, which could hasten the creation of new treatments and diagnostics.

“A lot of the discussion about Zika has focused on microcephaly, and while that is certainly important, we found that the virus causes additional devastating damages to the developing brain as well,” said Jianfu “Jeff” Chen, an assistant professor of genetics in UGA’s Franklin College of Arts and Sciences.

For more information, go to: UGA Today

ARCS Foundation Atlanta Chapter honors twelve UGA graduate students with 2016-2017 ARCS Scholars Award

 

Twelve University of Georgia graduate students have received Achievement Rewards for College Scientists from the ARCS Foundation Atlanta Chapter, which provides financial awards to academically outstanding U.S. citizens working towards degrees in science, engineering or medicine.

The 2016-2017 recipients of the ARCS awards are:

Lydia Anderson, a doctoral candidate in the Department of Infectious Diseases working under the direction of Ralph Tripp. Anderson’s research focuses on determining the mechanisms of immunity and disease pathogenesis associated with respiratory syncytial virus, or RSV. She earned her B.S. in neuroscience and behavioral biology from Emory University. As an undergraduate, she worked as a part-time researcher at the Centers for Disease Control and Prevention. After graduation, she was awarded and ORISE Fellowship at the CDC to continue her research, and she co-authored six publications during that time. This is Anderson’s third year of support from the ARCS Foundation.

John Avery, a doctoral candidate in biochemistry and molecular biology working under the direction of Stephen Dalton. Avery is developing a method to derive brown adipose from human pluripotent cells. Avery worked as a financial advisor and financials fraud investigator for 5 years after graduating from UGA with a B.A. in Spanish. Avery returned to academics, receiving a B.S. in biotechnology and biochemistry from Kennesaw State University in Atlanta, where he became a Presidential Fellow and a Merck/AAAS Scholar. Subsequently, Avery joined the Department of Infectious Disease at the University of Georgia, earning his M.S. while developing therapeutic interventions for malaria during pregnancy. This is Avery’s second year of support from the ARCS Foundation.

Erin Baker, a doctoral candidate in genetics working under the direction of Nancy Manley. Baker studies the molecular mechanisms underlying the fetal to adult transition in thymic epithelial cells. She received a B.A. in biology from St. Petersburg College in Clearwater, Florida, where she developed a keen interest in cell cycle regulation. After graduation, Baker went on to work in a prominent coral microbiology lab at the U.S. Geological Survey, funded by an education award through the AmeriCorps Environmental Stewards Program. This is Baker’s first year of support from the ARCS Foundation.

Daniel Becker, a doctoral candidate and Graduate Research Fellow in the Odum School of Ecology working under the direction of Sonia Altizer. Becker combines field studies with mathematical models to understand how human activities that alter wildlife food resources influence infectious disease dynamics. He is applying this framework to understand how livestock intensification affects transmission of zoonotic pathogens in vampire bats in Latin America. Becker earned his B.A. in anthropology and global health from Bard College before working at the New York Academy of Sciences and Cary Institute of Ecosystem Studies. This is Becker’s third year of support from the ARCS Foundation and was awarded the ARCS Atlanta Foundation’s 25th Anniversary Award.

Heather Bishop, a doctoral candidate in cellular biology working under the direction of Vasant Muralidharan. Bishop studies the role of endoplasmic reticulum chaperones in the human malarial parasite, Plasmodium falciparum. She was awarded a Center for Tropical and Emerging Global Diseases NIH T32 Training Grant for a second year, which will further support her academic studies and training. Bishop received her B.S. in biology from Southern Polytechnic State University, where she worked on several research projects and participated in a summer research program at Emory University. This is Bishop’s third year of support from the ARCS Foundation and third year receiving the ROCHE Scholar Award.

Chris Cleveland, a doctoral candidate in wildlife ecology working under the direction of Michael Yabsley. Cleveland is studying Guinea worm, paratenic hosts and eradication efforts in Africa. He earned his B.S. in biology from the University of North Carolina at Asheville, where he worked with the U.S. Fish and Wildlife Service and as a researcher in northern Arizona investigating ungulate and passerine ecology. Before starting his doctoral program, he earned a M.S. in veterinary and biomedical sciences at UGA. This is Cleveland’s first year of support from the ARCS Foundation.

Kerri Coon, a doctoral candidate in entomology working under the direction of Michael Strand. Coon studies how gut bacteria contribute to the development and reproduction of disease-transmitting mosquitoes. She has received support from the NIH, the UGA Graduate School, and Sigma Xi. She has won several awards for presentations at national meetings, and she has served as a graduate mentor for an NSF REU Program for four years. Coon earned her B.S. in biology and biostatistics from the University of Virginia. In her last year, she was awarded and NSF Graduate Research Fellowship to pursue graduate studies. This is Coon’s first year of support from the ARCS Foundation.

Marcus Goudie, a doctoral candidate in the College of Engineering working under the direction of Hitesh Handa. Goudie is developing new biomaterials to prevent infection and clotting caused by medical devices, focusing his attention on artificial organs for long-term patient support. He received his B.S. in chemical engineering from the University of Michigan and an M.S. in chemical engineering from the University of Pennsylvania. As an undergraduate, he designed microfluidic systems for controlling the contents of microemulsions. He continued his research in microfluidics while working towards his M.S. degree to develop methods for high throughput encapsulation of bacteria and large organisms. This is Goudie’s first year of support from the ARCS Foundation.

Stephanie Herrlinger, a doctoral candidate in neuroscience working under the direction of Jeff Chen. Herrlinger studies brain development and causes of microcephaly, including the Zika virus. She received her B.S. in molecular genetics from the University of Rochester. As an undergraduate, she performed three independent studies, a senior thesis and graduated with a distinction in research. After graduation, she worked as a technical associate at the University of Rochester, where she studied Huntington’s disease, with the resulting work being published in Nature Communications. This is Herrlinger’s first year of support from the ARCS Foundation and received the 2016 Global Impact Award.

Danielle Lambert, a doctoral candidate in health promotion and behavior working under the direction of Nathan Hansen. Lambert studies HIV/STI prevalence and substance use among juvenile justice involved adolescent couples. She earned her B.S. in psychology from the University of North Carolina at Chapel Hill, during which time she studied the effects of positive emotions on resilience and relational outcomes. She went on to receive her M.P.H from Emory University Rollins School of Public Health focusing on sexual risk reduction interventions among African American women. After completing her degree, Danielle continued working at Emory University as a research coordinator on several faith-based HIV prevention interventions among predominately African American churches in Atlanta. This is Lambert’s first year of support from the ARCS Foundation.

Wided Najahi-Missaoui, a doctoral candidate in pharmaceutical and biomedical sciences working under the direction of Brian Cummings. Missaoui is developing novel therapeutic strategies to treat cancer by targeting an overexpressed enzyme in cancer tissues. Missaoui’s research focuses on developing liposome-based drug delivery systems to treat prostate and breast cancer. She earned her doctor of pharmacy from the college of Pharmacy in Tunisia and an M.S. in biochemistry and molecular biology at UGA. She earned a second M.S. in pharmacy from the College of Pharmacy at the University of Iowa. This is Missaoui’s third year of support from the ARCS Foundation.

Cecilia Sanchez, a doctoral candidate in the Odum School of Ecology working under the direction of Sonia Altizer. Sanchez studies the impacts of urban development on Australian bat nutrition, health and infectious disease. She founded Women in Science, or WiSci, at UGA and was the group’s president for two years. In recognition of their efforts to promote mentoring, networking, and professional development, WiSci received UGA’s 2015 Outstanding New Organization award. Sanchez earned her B.S. in ecology and evolutionary biology at Yale University before she spent a year working at the Australian Animal Health Laboratory in Victoria, Australia. This is Sanchez’s first year of support from the ARCS Foundation.

Global Women in STEM Leadership Summit sparks ‘critical’ conversations

More than 250 people from across the United States and abroad recently gathered in Atlanta for a summit on women’s leadership in STEM organized by UGA professor Takoi Hamrita.

The Global Women in STEM Leadership Summit was supported by the Women in Engineering organization of the Institute of Electrical and Electronics Engineers as well as the UGA Office of the President, Office of the Senior Vice President for Academic Affairs and Provost and the College of Engineering. Additional sponsors included AT&T, Cricket Wireless, Baldor, Southern Company and the Georgia Institute of Technology.

For more info: UGA Today

MBB Program now accepting applications for Fall 2017

The MBB program is now accepting applications.

The University of Georgia’s Master of Biomanufacturing and Bioprocessing (MBB) Program trains science and technology graduates for leadership roles in the rapidly expanding and vitally important biomanufacturing field by equipping them with the necessary science, technology and engineering skills combined with proven business and project management training.

The program’s combination of academic and industry led training brings together an exceptional group of scientific, engineering and business faculty with one combined focus − to train a cutting edge biotech workforce. As a result, students in the MBB program gain access to not only state-of-the-art equipment, but practical and virtual training experiences that ensure their readiness for a challenging and rewarding workplace.

For more information, please visit the MBB website.

New leadership, support programs to help graduate students thrive, develop critical skills

LEADing the Way 

Two years after she received her bachelor’s degree from the University of Georgia, Rachael Hart Earls was excited to return to her alma mater to begin her doctoral studies. But as she prepared for life in a laboratory as a neuroscientist, she worried that she would feel isolated and wondered if there was a way to create synergies between her academic goals and her desire to work with people outside of the lab.

She found the answer in Graduate Scholars LEAD (Leadership, Engagement and Development), a program launched this summer by the Graduate School. Funded by a $495,000 Innovations in Graduate Education grant from the National Science Foundation, the program fosters the development of critical thinking skills, teamwork, communication and leadership.

 

For more information, please visit: LEADing the Way

Discovery finds a drug that can be given orally for a tropical disease

Researchers at the University of Georgia, including Dr. Kojo Mensa-Wilmot, chair of the Division of Basic & Translational Biomedical Sciences within the Biomedical

and Health Sciences Institute, are working to find the fastest way possible to treat and cure human African trypanosomiasis, long referred to as sleeping sickness. By working to improve chemical entities already tested in human clinical trials, they hope to have a faster route to field studies to treat the disease using drugs that can be administered orally to patients.

The study, “Discovery of Carbazole-Derived Lead Drug for Human African Trypanosomiasis,” was published in Scientific Reports on August 26, 2016.

For more information, go to the following link: UGA Researchers Discover a Drug for a Tropical Disease.

 

UGA Science Learning Center opens for student instruction

The University of Georgia’s Science Learning Center is now open for student instruction.

The three-story, 122,500-square-foot building was tailor-made for teaching undergraduate science, technology, engineering and mathematics with the goal of increasing the number of students who pursue careers in the STEM fields.

Full Article

 

Research surge continues: UGA’s external funding jumps 14 percent in one year

A key indicator of research productivity at the University of Georgia has surged for a second consecutive year to reach a record level.

In fiscal year 2016, research expenditures at UGA increased by 14 percent to reach $175.3 million. UGA’s dramatic increase in fiscal year 2016 comes on the heels of a 7 percent increase in fiscal year 2015 for a 21 percent rise over the past two years.

Full Article

 

Biomedical and Health Sciences Institute’s Division of Neuroscience faculty highlighted in “Brain Trust” article

Brain trust: Unlocking the mysteries of the mind was the feature article in the Spring 2016 issue of the University of Georgia Research, the online and print magazine

by the Office of the Vice President for Research at the University of Georgia. Dr. James Lauderdale, the Interdisciplinary Neuroscience PhD Program Graduate Coordinator, and Dr. Philip Holmes, the BHSI Division of Neuroscience Chair, among other Neuroscience faculty at the University of Georgia were featured in the article.