The UCSF Chancellorʹs Postdoctoral Fellowship Program offers postdoctoral research fellowships and faculty mentoring to outstanding scholars in all fields whose research, teaching, and service will contribute to diversity and equal opportunity at the University of California. The contributions to diversity may include public service towards increasing equitable access in fields where women and minorities are under‐represented. In some fields, the contributions may include research focusing on underserved populations or understanding inequalities related to race, gender, disability or LGBT issues.more »
UC President's Fellowship Program
The UCSF Chancellor's Postdoctoral Fellowship awardees are selected from the pool of applicants for the University of California President's Postdoctoral Fellowship Program. The Chancellor's and President's programs are seeking applicants with the potential to bring to their academic and research careers the perspective that comes from their non-traditional educational background or understanding of the experiences of members of groups historically underrepresented in higher education.
See also: NIH Diversity Supplement Awards, NIH Diversity Grants, and NIH Health Disparities Grants.
Learn about the careers and interests of our current fellows.
Melanie Morrison, PhD
Melanie Morrison, PhD, is a postdoc at UCSF who joined the Lupo lab in 2016 after receiving her doctorate in Medical Biophysics from the University of Toronto. Her research interests involve the use of advanced magnetic resonance imaging (MRI) techniques to improve treatment and monitoring of neurological diseases. Recently, she has begun collaborating with UCSF experts in movement disorders. Her work is now focused on using advanced MRI to help improve a surgical therapy for advanced Parkinson's disease.
Baouyen Tran, PhD
Baouyen Tran, PhD is a postdoc in the Pleasure Lab at UCSF Mission Bay. Her main interest is to understand the basis of autoimmune diseases in order to determine strategies for repair. She's currently working on uncovering the basic mechanisms of some of these autoimmune encephalitis targets in order to explore if and how it rewires circuitry and subcellular localization. Alongside other team members, she is also working on developing and using tools to discover novel autoimmune targets.
Gaby Baylon, PhD
Gaby Baylon, PhD is a postdoc in the Alliston Lab at UCSF. Her research focuses on exploring the mechanisms by which physical (i.e. material properties) and biological (i.e. TGF-b signaling) cues in the osteocyte microenvironment interact to regulate perilacunar/canalicular remodeling in bone and how these mechanisms are disrupted in aging. Dr. Baylon received her PhD in Mechanical Engineering from Stanford University, where she studied the role of osmotic swelling in articular cartilage and meniscal fibrocartilage tissue mechanics and structure.
Learn about the careers and interests of our past fellows.
Anum Glasgow, PhD
Anum Glasgow, PhD is a postdoc in the Kortemme Lab at UCSF Mission Bay. Dr. Glasgow is excited about developing computational protein design methods for building new functions in biological systems. She's currently working on projects related to engineering ligand binding sites and allosteric behavior in proteins. Dr. Glasgow did her Ph.D. at UC Berkeley, where she rewired a bacterial secretion system to export large amounts of engineered proteins for applications in materials and energy.
Lauren Whitehurst, PhD
Lauren Whitehurst, PhD focuses her research on exploring processes during sleep that are important for health and cognitive function. Her research examines how autonomic and central nervous system factors interact to produce regulatory effects on sleep-dependent health and cognitive outcomes. By harnessing physiological biomarkers during sleep, her work aims to develop a greater understanding of both typical functioning and maladaptive health states.
Learn more about the program and partnership's common goals, shared resources, and opportunities for networking across the UC community and beyond: