The incidence and complexity of mental illnesses and cognitive impairments associated with ageing and Alzheimer’s disease underscores the need to develop novel treatments. Our mission is to generate fundamental insights into the contributions of circuit- and plasticity mechanisms in the dentate gyrus (DG)-CA3 circuit in hippocampal memory processing and modulation of mood. By integrating cellular, circuit, systems and behavioral interrogation of DG-CA3 circuits, inhibitory microcircuits and adult hippocampal neurogenesis, we aspire to rejuvenate and re-engineer hippocampal circuitry to optimize circuit performance and memory processing. We predict that this strategy will edify strategies to treat PTSD, Alzheimer’s disease, social memory disorders and age-related cognitive decline.
Watch Amar share recent work from lab on how the hippocampus communicates with subcortical circuits via lateral septum to calibrate defensive behaviors (webinar link).
Amar is named James and Audrey Foster MGH Research Scholar thanks to the generous philanthropy of James and Audrey Foster. Thank you very much for supporting our science!
Booyah! Congrats Antoine on your study identifying how a class of SST cells in the dorsolateral septum act as threat sensors and gate motion to calibrate behavioral responses to threats in the environment. Nature Neuroscience 2019. MGH EurekaAlertPress Release. HSCI Press Release
Exciting to see the NIH Director discuss and share our recent paper (Nature Medicine 2018) on how FFI maintains hippocampal indexes and remote memory precision in his monthly blog post on recent advances in science and medicine.
(March 12, 2018 Nature Medicine). Press release
Lab is awarded Ro1 from NIMH to support investigations into social memory circuits.
Congrats Cinzia on 2017 NARSAD YI Award!
Lab receives NIA R01 giving our research program traction with NIMH and NIA.
Congrats Antoine on Tosteson Fellowship!
Get in touch
Our laboratory is embedded in the Center for Regenerative Medicine at Massachusetts General Hospital and is part of a matrix that includes the Harvard Stem Cell Institute and the Department of Psychiatry at MGH.
We are committed to mentoring and training the next generation of scientists to understand the workings of the brain and tackle brain disorders. The laboratory hosts individuals at all stages of their careers and I aspire to continuously evolve as a mentor.
If you are interested in joining this team or supporting our science, email Amar (firstname.lastname@example.org).