Tara Neddersen

Tara Neddersen is a Graduate Student Researcher in Neuroscience at Stanford University whose work is centered on advancing treatments for neurological disorders through translational research. With approximately four years of experience in neuroscience research and academics, she has built a strong foundation in neurobiology while combining scientific discovery with a commitment to improving patient care. She earned her Bachelor of Science in Biology with a concentration in neuroscience from Stanford University and is currently pursuing a Master of Science in Biology, specializing in neuroscience, where she continues to expand her expertise in cutting-edge neurological research.

Working under the mentorship of Dr. Juliet Knowles, Neddersen conducts research focused on epilepsy and genetic neurological disorders in a translational neuroscience laboratory. Her work aims to bridge laboratory discoveries with real-world clinical applications by developing innovative treatments for patients affected by these conditions. Earlier in her academic career, she contributed to the development of a non-surgical electromagnetic device designed to assist patients with balance disorders, an innovation that earned recognition and was successfully used by patients. Her research interests also include exploring novel, non-invasive methods of communicating with neurons to improve neurological therapies.

Beyond the laboratory, Neddersen is dedicated to service, leadership, and academic collaboration. She volunteers with the Stanford Cardinal Free Clinic, a student-run organization that provides free medical care to uninsured and underrepresented communities, reflecting her commitment to equitable healthcare access. Guided by a philosophy that emphasizes patient-centered innovation, disciplined time management, and personal well-being, she strives to balance rigorous scientific research with meaningful community engagement. Through her research, volunteer work, and passion for neuroscience, Tara Neddersen is contributing to the future of neurological medicine while helping improve the lives of patients and underserved populations.