Michael Robinson
Entered: Neuroscience Graduate Program NGP 2025
Mentor: Simon Pieraut, Ph.D.
Thesis Topic: TBD
B.S. Neuroscience, minor in Chemistry and LGBTQ+ Studies, University of Miami
“I am pursuing my research in Dr. Simon Pieraut’s lab. Using transgenic mouse models, I investigate the molecular and cellular mechanisms controlling the development and organization of the inhibitory networks, as disruptions in these processes have been implicated in numerous neurodevelopmental and neurological disorders. I am particularly interested in understanding how Slit2 signaling contributes to the formation and plasticity of neuronal connections. My early work shows that the Slit2 pathway influences the development and connectivity of parvalbumin interneurons, a key neuronal population involved in regulating brain activity and information processing. Through this work, I hope to gain a deeper understanding of the molecular mechanisms that shape inhibitory circuit formation and how their disruption may contribute to brain disorders.
During my undergraduate studies, I majored in Neuroscience at the University of Miami, where I developed a strong interest in how both biological mechanisms and social experiences influence brain health, particularly in marginalized communities. As a research assistant in Dr. Sannisha Dale’s SHINE Lab, I supported projects examining how microaggressions, stigma, and systemic discrimination affect mental and physical health outcomes in Black women living with HIV. Through this work, I gained valuable experience in behavioral assessments, survey data collection, and applying trauma-informed, intersectional research frameworks. I also served as a NIH-funded Summer Undergraduate Research Fellow in Dr. Helen Bramlett’s lab at The Miami Project to Cure Paralysis, where I investigated the role of Gasdermin D knockout in reducing neuroinflammation after traumatic brain injury. In this role, I developed technical skills in tissue processing, histology, microscopy, and the analysis of inflammatory markers in mouse models.
I was attracted to the Neuroscience Graduate Program because of its multidisciplinary approach to neuroscience research. My laboratory rotations included working with Dr. Rodrigo Pena, Dr. Tanja Godenschwege, and Dr. Pieraut, which exposed me to diverse areas of neuroscience and a wide range of experimental approaches. Because my interests span neural development, circuit function, and behavior, the opportunity to explore different research environments helped me identify the scientific questions I am most passionate about pursuing for my dissertation work. I am grateful for the opportunity to train within such a collaborative community and to utilize the exceptional resources available as I continue to grow as a neuroscientist and prepare for a career in research.â€