
Research in Progress
The Ruffin NeuroLab Research in Progress Series is a dynamic, interactive platform where emerging scientists present their latest research findings to a diverse audience of students, faculty, and professionals. This series fosters intellectual curiosity, scientific collaboration, and critical discussion, providing a space for researchers to share their progress, refine their ideas, and gain valuable feedback.
Each session features cutting-edge topics in neuroscience, biology, and biomedical sciences, with presentations from graduate fellows, undergraduate researchers, and industry experts. Attendees gain exclusive insights into ongoing studies, experimental techniques, and the real-world applications of scientific discovery.
As part of our commitment to accessibility and innovation, these sessions are virtual and open to the public via Zoom, making it easier than ever to engage with groundbreaking research from anywhere in the world.
📅 Join us for the next session!
🔗 See below for upcoming events, registration details, and past presentations.
Stay informed. Stay inspired. Be part of the future of science. 🚀🔬

February 6th, 2025
How Placental Endothelial Dysfunction Impacts Fetal Development and Health
A healthy pregnancy is essential for the proper growth and development of a baby, as maternal health directly influences fetal well-being and long-term outcomes. The fetal placenta plays a critical role in this process, serving as the lifeline that delivers oxygen, nutrients, and immune protection while regulating essential hormonal and metabolic functions necessary for a thriving pregnancy.
Future Research in Progress

February 13th, 2025
Breaking the Silence: How MicroRNAs Influence Racial Disparities in Laryngeal Cancer
Laryngeal cancer impacts Black communities more severely, and microRNAs (miRNAs) may be key to understanding why. These tiny gene regulators influence tumor growth and treatment response, highlighting potential targets for personalized therapies. Uncovering their role could help close the cancer survival gap and advance health equity.

February 20th, 2025
The Hidden Dangers of College Sports: Shocking Injury Stats & How to Stay Safe
College sports push athletes to their limits, but the risk of serious injuries—like concussions, torn ligaments, and chronic joint damage—is alarmingly high. Many student-athletes face long-term health consequences that can affect their careers and quality of life. Understanding these risks and adopting better safety measures can protect players from life-altering injuries. The community must take action to ensure young athletes receive the care, training, and resources needed to compete safely.

February 27th, 2025
Brain Chemistry Unlocked: Exploring pH Physiology for Better Health
At the Ruffin NeuroLab, groundbreaking research is uncovering the crucial role of pH regulation in brain function and overall health. By understanding how the brain maintains its delicate chemical balance, we’re unlocking new possibilities for treating neurological conditions like Alzheimer's, Parkinson's, and epilepsy, as well as improving cognitive performance in aging populations and those with neurodegenerative diseases.
"Overview of Clinical pH Disorders and their corresponding in vivo animal models"
Rastafa I. Geddes, PhD
"Effect of Ginger-Garlic Supplementation on Acetylcholinesterase Activity of Lead Acetate-Induced Wister Rats"
Ekene WIlliams
Activation of Calcium-Activated Chloride Channels Suppresses Inherited Seizure Susceptibility in Genetically Epilepsy-Prone Rats"
Taishan Crews
“Comparison of Electrolyte Composition and Crystallization Patterns in Bird and Reptile Tears”
Vernon A. Ruffin, PhD
"Covid-19 and High School Graduation Rates"
Amani Muckerson-Lindsey