David Nauen, M.D., Ph.D.
David Nauen trained in the M.D./Ph.D. program at the University of Pittsburgh/Carnegie Mellon where he studied mechanisms of spike-timing-dependent long-term plasticity, a reductionist model for memory. In 2010 he came to Baltimore for residency in anatomic pathology and fellowship in neuropathology. Dr. Nauen’s studies involve molecular and functional analyses of hippocampal tissue in response to injury. The dentate gyrus in mammals undergoes neurogenesis throughout life, and the lab’s research program is focused on understanding the contribution of this and other developmental processes in the pathogenesis of medial temporal lobe epilepsy and injury response more generally.
Chhuty Choudhury, M.S.
Molecular mechanisms of temporal lobe epilepsy.
Andrew Wilson, M.S.
Mechanisms of temporal lobe epilepsy; algorithmic seizure detection.
Alice Alexander — Biophysics
Structural changes in temporal lobe epilepsy.
Alaleh Azhir — Computer Science and Biomedical Engineering
Tools for analysis of transcriptome data.
Sophia Chang — Biomedical Engineering
Image analysis applied to dentate gyrus development.
Tiffany Chen — Biomedical Engineering
Development of scaffolding molecule for precursors.
Jenna Colombo — Chemical and Biomolecular Engineering
Identification of transcripts in situ.
Nancy Huang — Neuroscience
Microglia in human hippocampal formation.
Anne Li — Neuroscience and Spanish
Changes in gene expression underlying development of acquired epilepsy.
Max Lu — Biomedical Engineering and Applied Mathematics
Quantitative analysis of vascular architecture.
DanaRose Negro — Neuroscience
Migration in hippocampal formation.
Debanik Purkayastha — Biomedical Engineering
Precise deposition of individual cells by type.
Chris Wend — Neuroscience
Mechanisms of temporal lobe epilepsy.