Principal Investigator
Michael Eldon Greenberg, Ph.D.
Nathan Marsh Pusey Professor of Neurobiology
Phone: (617) 432-2510
Michael_Greenberg@hms.harvard.edu
My laboratory has had a longstanding interest in uncovering the complex activity-regulated gene expression program relevant to synapse development and neural circuitry. We are particularly interested in understanding the basis of neurological disorders that arise when these processes have gone awry.
Current Lab Members
Laboratory Staff
C. Davis | E. Griffith | D. Harmin | A. Hartmann | L. Hu | S. Krüttner | P. Zhang
Postdoctoral Fellows
A. Carter | E. Duffy | B. Gegenhuber | A. Greben | X. Gu | H. Liu | C. Shi | A. Shuster | L. Traunmüller | S. Trowbridge | J. Tycko | B. Woods | X. Wu | L. Xu
Graduate Students
G. Koreman |S. Koren | S. Sun | I. Vogel | T. Whitwam
Research Assistants
E. Assad | Z. Barsdale| E. Gelernt | N. Niu | J. Petrocelli | S. Sanalidou
Staff
Postdoctoral Fellows
Human molecular neurobiology
Sensory-driven circuit development
Sensory-driven circuit development
Distal enhancer elements in neuronal activity-dependent transcriptional responses
Sensory-driven circuit development
Distal enhancer elements in neuronal activity-dependent transcriptional responses
Mechanisms regulating the expression of immediate early genes
Sensory-driven circuit development
Sensory-driven circuit development
Molecular mechanisms of neurodevelopmental disorders and chromatinopathies
Secreted Proteins
Human molecular neurobiology
Human molecular neurobiology
Sensory-driven circuit development
Graduate Students
Human molecular neurobiology
Distal enhancer elements in neuronal activity-dependent transcriptional responses
Distal enhancer elements in neuronal activity-dependent transcriptional responses
Distal enhancer elements in neuronal activity-dependent transcriptional responses
MECP2 function and Rett Syndrome
Research Assistants
Sensory-driven circuit development
Distal enhancer elements in neuronal activity-dependent transcriptional responses
Distal enhancer elements in neuronal activity-dependent transcriptional responses
Sensory-driven circuit development
Human molecular neurobiology
