Class of 2018
Project: Regulation of cnd1, an C. elegans ortholog of neuroD, a Kalman Syndrome gene
Wendy is originally from the Dominican Republic and resides in Puerto Rico, where she obtain her B.S. in Cellular and Molecular Biology with a second major in English Literature from the University of Puerto Rico, Río Piedras Campus. Her research interests include the molecular bases of neuron and synapse regeneration. She is currently working with C. elegans where she expects to tailor her research to find answers that can be applied in neuro-degerative diseases.
Maleek Montgomery, Tapu Lab
Graduating from Savannah State University, Maleek received a Bachelor’s of Science in Chemistry with an American Chemical Society Certification. His research interest is in organic chemistry due to the fact that this discipline gives a vast view of many physical and chemical features in our world today. His future hopes are to synthesize target compounds that will combat health epidemics. He is currently working under Dr. Daniela Tapu on the synthesis of new tri-metallic complexes from bridging multitopic anionic N-heterocyclic carbenes.
Mareena Whisby-Pitts, Griffin Lab
Project: Novel Applications of Biolayer Interferometry
Mareena is a KSU alumna, originally hailing from Macon, Georgia. Interested in all things microbiological, she began her masters work examining interactions between bacteriophage Sf6 and its receptor Shigella flexneri OmpA. After wrapping that up along with a few side projects, she is spending her second year working on aspects of DNA-protein interactions in Pseudomonas aeruginosa. She has developed experise in optical biosensing, particularly biolayer interferometry, piloting the first immobilization of whole phage on probes for analysis.
Project: Delivery of Akirin fragments as inhibitors of chromatin remodeling in cancer cells
Shaquanna, a native of Milledgeville, GA, graduated from Albany State University with a B.S. in Biology. Her research interests includes disease-specific health disparities (e.g. diabetes, heart diseases) and drug discovery/pharmacology.
Class of 2019
Victoria Mendiola, Ganser Lab
Project: The use of THC as a therapy for active paralysis caused by disease
Victoria received her B.S. in Biology from Kennesaw State University in May, 2017. She remains broadly interested in infectious diseases and human physiology. Her research involves investigating hyperekplexia, a rare genetic disorder that can be characterized by an exaggerated startle in response to unexpected stimuli. Tori is investigating the effects of Delta-9-tetrahydrocannabinol, also known as TCH, on the CB1 receptor of the endocannabinoid system, which is an important system found in the central nervous system and a contributing factor in the maintenance of homeostasis.
Tequila Porter, Sterling Group
Project: Rural Health Disparities in Appalachian Georgia
Tequila is orginally from Asheville, NC and lived in Winston Salem where she obtained her Bachelor of Science in Biology from Winston Salem State University. Her research interests include rural health dispartities and public health outcomes. Her ultimate goals are to create better quality health programs and advocate for the underserved communities across the US. She is currently working under Dr. Evelina Sterling on rural health disparities in Appalachian Georgia.
Xzaviar Solone, Chrestenson Lab
Project: Understanding how protein interactions influence the regulation of eNOS through the MAPK/RSK pathway
While a native of Jamaica, Queens, New York, Xzaviar spent most of his young life growing up in the rural town of Manning, South Carolina. He then relocated to Daytona Beach FL, to pursue a bachelor’s degree in biology at Bethune-Cookman University. His research interests include molecular and genetic approaches to cancer, cell signaling and receptor activation, and human physiology. Xzaviar's work in the Chrestenson lab seeks to better understand the regulation of endothelium Nitric Oxide Synthase (eNOS) by kinases; specifically, how MAP Kinases (ERK, P38, JNK) and AGC Kinases (Akt, PKA, RSK) work together to modulate eNOS activity.