Our students learn by doing
3/4/21

Our curriculum provides students broad and deep training at the cutting edge of modern biology through a learn-by-doing philosophy. Our approach to teaching cross-disciplinary life sciences prepares students for today's accelerating pace of discovery in biological sciences.

Our alumni shape the future
5/26/21

We take great pride in the achievements and success of our alumni, many of whom enjoy distinguished careers in the Biological, Biomedical and related fields. Pictured at the UB CAS graduate commencement, May 15, 2021 (left to right): Haniam Maria (PhD graduate), Laura Rusche (faculty), Paul Cullen (faculty), Aditi Prabhakar (PhD graduate), Rupkatha Banerjee (PhD graduate), Shermali Gunawardena (faculty). 

Our faculty are global leaders in FoxG1 research
11/2/20

Two UB scientists work to find a cure for daughter's rare disease. These neurobiologists and parents are now global leaders in FoxG1 research. 

Our faculty 'lead with the lab'
5/4/18

The instructional philosophy, 'lead with the lab', allows our students to develop critical thinking skills while providing broad, deep, state-of-the art training in all life science disciplines.

We cultivate an active community of inquiry
5/4/18

Faculty teaching and research connects academic programs and experiential labs to cultivate an active community of results-oriented inquiry.

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APPLY TO ONE OF OUR UNDERGRADUATE PROGRAMS
SPRING 2022 UNDERGRADUATE COURSE REGISTRATION
APPLY TO ONE OF OUR GRADUATE PROGRAMS
SPRING 2022 GRADUATE COURSE REGISTRATION

FALL 2021

FALL 2021.
SEMINAR SERIES

THURSDAYS at 4:00 p.m.
Location: Clemens 120
 *Seminars also available via Zoom.  

Dec 2: David Enard, University of Arizona: Ancient viral epidemics through the lens of host genomes.

Dec 9: Tatiana Mishanina, University of California San Diego

——————
 *UB community log in to access Zoom. The community-at-large may contact Laura Rusche (lrusche@buffalo.edu) for zoom seminar invitation.

Faculty News

  • Zhen Q. Wang examines ways of transforming sugar into hydrocarbons found in gasoline
    11/30/21
    "Making biofuels from renewable resources like glucose has great potential to advance green energy technology," says biochemist Zhen Q. Wang, assistant professor of biological sciences, College of Arts and Sciences. "Glucose is produced by plants through photosynthesis, which turns carbon dioxide (CO2) and water into oxygen and sugar. So the carbon in the glucose — and later the olefins — is actually from carbon dioxide that has been pulled out of the atmosphere.”  The research project, led by Wang at UB and Michelle C. Y. Chang at UC Berkeley, marks an advance in efforts to create sustainable biofuels. “We combined what biology can do the best with what chemistry can do the best, and we put them together to create this two-step process. Using this method, we were able to make olefins directly from glucose." Read the news story by Charlotte Hsu.
  • Lynch Lab analyzes gene duplication to translate research discoveries into benefits for human health and wellness
    11/22/21
    “In the Lynch Lab, we can stress the cells out in ways that are associated with aging and see how well they resist that distress. And it turns out that the Galápagos tortoise cells are really, really good at killing themselves before that stress has a chance to cause diseases like cancer,” says evolutionary biologist Vincent Lynch.  Assistant Professor, Biological Sciences. One major focus of Lynch’s work is understanding the biological mechanisms that help big animals like Galápagos tortoises live long and prosper. The research is driven by simple curiosity. But the findings could have practical implications, too. Read the news release by Charlotte Hsu.
  • Vincent Lynch works to advance the emerging synthesis of evolution and medicine ('evolutionary medicine')
    11/22/21
    “We just want to know how evolution works. We’re humans, so we want to know why humans are the way we are,” states Vincent J. Lynch, associate professor, Department of Biological Sciences, about the study, Evolutionary transcriptomics implicates new genes and pathways in human pregnancy and adverse pregnancy outcomes. The research was led by biologists Katie Mika and Mirna Marinić at the University of Chicago; Manvendra Singh at Cornell University; and Lynch at UB. Co-authors include Joanne Muter and Jan Joris Brosens at University Hospitals Coventry & Warwickshire and the University of Warwick. Read the news article by Charlotte Hsu.
  • Gokcumen studies possible functions of GHRd3
    10/18/17
    “It is an exciting time for doing research on human evolution, where it is now possible to integrate data from ancient genomes, gene-editing technologies and advanced mathematical approaches to tell the human story in all its messy glory,” says UB evolutionary biologist Omer Gokcumen. Read the news article by Charlotte Hsu.
  • Krabbenhoft wins award from American Fisheries Society
    9/3/21
    Trevor Krabbenhoft has won the American Fisheries Society Genetics Section Early Career Award. This annual award recognizes early-career researchers in the field of fisheries genetics. The goal of this award is to promote innovative and particularly applicable genetics research, increase interest in fisheries genetics careers, and enhance professional connections among fisheries geneticists.
  • The Genetics Society of America appoints Laura Rusche to editorial board of its journal, GENETICS
    9/2/21
    The Genetics Society of America (GSA) announced the appointment of Laura Rusche, PhD, as associate editor on the editorial board of its journal, GENETICS, in the Gene Expression Section. Since 1916, GENETICS has published high–quality, original research presenting novel findings bearing on genetics and, more recently, genomics. The journal publishes empirical studies of organisms ranging from microbes to humans, as well as theoretical work. Rusche has published several of her own papers in GENETICS and says she is honored to be selected for this editorial position. Rusche looks forward to helping colleagues share their studies on gene expression. Read GSA's announcement, here.
  • Gunawardena Lab examines how alpha-synuclein disrupts the health and movement of mitochondria
    9/2/21
    “When fruit fly larvae expressed alpha-synuclein at elevated levels similar to what is seen in Parkinson’s disease, many of the mitochondria we observed became unhealthy, and many became fragmented. Through detailed experiments, we also showed that different parts of the alpha-synuclein protein seem to be responsible for these two problems, and that fragmented mitochondria can actually be healthy. This is a key finding, because before, people thought fragmented mitochondria were unhealthy mitochondria,” says Associate Professor Shermali Gunawardena, PhD. Read the news article by Charlotte Hsu.
  • Jae W. Lee wins NIH $2.6M grant to study development of the hypothalamus
    7/30/21
    The National Institutes of Health has awarded a $2.6M grant to Professor Jae W. Lee, PhD, to study the gene regulatory network that directs the development of various types of neurons in the arcuate nucleus of the hypothalamus. These neurons regulate crucial processes such as feeding, reproduction, and growth. Dr. Lee's innovative study aims to radically improve our understanding of how neuronal lineage is determined in the arcuate nucleus, leading to the balanced production of diverse neuronal types during development. Learn more about Dr. Lee's project, Transcription factors governing the development of GHRH-neuron, here.
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