At top, Mark Flory, assistant professor of molecular biology and biochemistry, lectures to a group during the Sixth Annual Biophysics Retreat for the Molecular Biophysics Program Sept. 15. At left, Maggie Chen, a Ph.D candidate in the Department of Chemistry explains her research titled Site-Resolved Dynamics and Energetics of a Ribosomal RNA during the Fall Retreat Poster Session, part of the biophysics program.
| The Sixth Annual Biophysics Retreat was held at the Wadsworth Mansion in Middletown on Sept. 15.
Organized by David Beveridge, professor of chemistry, Manju Hingorami, assistant professor of molecular biology and Ishita Mikerji, associate professor of molecular biology, the event was supported by the Edward W. Snowdon lecture fund.
The retreat was designed to bring together students and faculty in the molecular biophysics and biological chemistry programs and provide them an opportunity to discuss their current research, explore new ideas and possible collaborative work. About 60 people attended this years retreat.
One of the featured speakers was Mark Flory, assistant professor of molecular biology and biochemistry.
A newly-appointed member of the molecular biology and biochemistry department, Flory spoke about his research which included studying the process by which cancer cells are formed in yeast. By relying on mass spectrometry, an analytical technique used to identify complex compounds, to study yeast cells, Flory hopes that he can gain further insight into why such cells become abnormal during tumors and cancer.
We are currently looking at the systems in yeast using genetics, Flory says. At some point, we can then make the jump and connection to human cells.
Other presentations by Wesleyan faculty included Time resolved fluorescence studies of U1A protein dynamics, presented by Joseph Knee, professor of chemistry and Controlling the effects of stereochemistry on biological activity by Michael Calter, associate professor of chemistry.
In addition, Wesleyan post doctorate fellow Bethany L. Kormos presented U1A-RNA Complex Formation: Insights from Molecular Dynamics Simulations.
Brian T. Chait, the Camille and Henry Dreyfus Professor at The Rockefeller University, delivered the keynote address titled Proteomic tools for dissecting cellular function.
The event also featured posters by several Wesleyan students, including Spectroscopic and Molecular Dynamics Evidence for a Sequential Mechanism for the DNA B-A Transition, by sixth-year molecular biology and biochemistry Ph.D. candidate Kelly Knee. Knees research examines the transition of certain proteins on DNA, which may potentially help with drug design in the future.
Another highlight was a poster by Congju (Maggie) Chen, a sixth-year Chemistry Ph.D. candidate, which detailed her research about how a specific strand of RNA could be attacked and broken down by Ricin, a toxin that has been linked to terrorist attacks in the past.
|By Laura Perillo, associate director of Media Relations|