Melanie Wilson competed in the Pinkie Gordon Lane Graduate School 3-minute thesis competition, funded by the University of Queensland. This competition showcases students' ability to effectively communicate their research within 3 minutes. She won 1st place with her presentation titled "Invisible Threat, Visible Impact: How Lead Exposure Disrupts the Brain's Stress Response" and will move on to compete in the regional competition held in Baton Rouge.
Let's cheer her on!
Melanie Wilson and Demetrius McAtee presented platform presentations at the South Central Chapter Society of Toxicology Annual meeting at Mississippi State. Demetrius won 1st place platform presentation. Congrats Demetrius!
Melanie, Demetrius, and Angel all presented oral presentations of their research at the annual Halloween-themed departmental retreat hosted by the Comparative Biomedical Sciences Department. Angel Casillo won best oral presentation!
PhD candidate Melanie Wilson attended the 26th annual MBL Zebrafish Development and Genetics Course, gaining advanced research skills in regeneration, neurobiology, and genetic manipulation to support her dissertation on lead-induced neurotoxicity.
Emma conducted research under the Summer Research Opportunity Program (SROP) for 8 weeks at Northwestern University Feinberg School of Medicine in Chicago, Illinois. During this program, she investigated the role of transcriptomes in the interaction between suicide and schizophrenia using bulk RNA-sequencing data. Outside of research, she enjoyed exploring the city, sightseeing, and trying Chicago’s food scene.
Emma Tsai & Melanie Wilson, with collaborator Mohamed Ateia, published an article in the journal of Environmental Science: Processes and Impacts titled "Impacts of real microplastic leachates on the development and behavior of developing zebrafish (Danio rerio)".
Dr. Abdelmoneim received an NIH R21 award from the National Institute of Environmental Health Sciences (NIEHS) to investigate how lead (Pb) disrupts noradrenergic signaling and contributes to stress-related disorders.