Six Lycoming College students recently presented their research at the University of Maryland Baltimore County Undergraduate Research Symposium.
They were accompanied by Charles Mahler, Ph.D., chemistry professor, and Jeff Newman, Ph.D., professor and chair of the biology department.
The participating students were seniors Ellen Confer and Victoria Bortniak; and juniors Samantha Stropko, Andrew Gale, Jessica Hoffman and Rory McAtee. Stropko and McAtee each received first-place awards in their respective subject categories for their presentations.
Lycoming College students recently presented their research at the University of Maryland Baltimore County Undergraduate Research Symposium. From left, senior Ellen Confer; junior Rory McAtee; junior Jessica Hoffman; Charles Mahler, Ph.D., chemistry professor; Jeff Newman, Ph.D., professor and chair of biology; junior Andrew Gale; junior Samantha Stropko; senior Tori Bortniak; and kneeling in front, alumni Jessica Brusgard ‘08.
Confer's research investigating how kidney disease associated mutation (T1191) alters Myosin 1E intracellular localization was completed during a summer undergraduate research fellowship at SUNY Upstate Medical University.
Bortniak described her independent study project in Newman's lab on the novel species Chryseobacterium populense CF314.
Stropko presented her discovery and characterization of a new bacterium that will be named Bacillus colbertis SJS. Her research also was done in Newman's lab.
Gale's bioinformatics project on a new, Web-based method to calculate average amino acid identity between prokaryotic genomes was done in collaboration with Newman in biology and Eileen Peluso, Ph.D., in math/computer science.
Hoffman's presentation focused on the detection of the G143A mutation in New York populations of Podosphaera leucotricha and its significance in QoI practical resistance.
Her research was carried out during a summer undergraduate research fellowship at Cornell University.
McAtee spoke about the fine-tuning of the isomeric stability and metal-binding properties of light-triggered Hydrazone Metal Chelators. His work was done during a summer undergraduate research fellowship at Duke University.