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The Boston Interaactive Glia Group (BIGG) meeting series takes place annually and moves between Tufts University, Harvard Medical School, and UMass Medical School.
This meeting provides a forum for labs (studying the functional role of glial cells in the healthy and diseased nervous system) in the greater Boston area to gather, foster discussion and establish/strengthen collaborations.
Attendees include people from vertebrate labs studying astrocytes, oligodendrocyte, Schwann cells, and microglia as well as labs focusing on multiple glial subtypes in invertebrates systems.
Young researchers (students and postdocs) are encourage to present their unpublished or newly published work at this meeting.
Glia-mediated mechanisms of disease
Registration is free , however advance registration is required.
Register to receive meeting updates and to submit talk and poster abstracts.
Confirmation note: All registered attendees will receive an email confirmation from firstname.lastname@example.org within 48 hours of registering. If you do not receive this confirmation email, please contact the Abcam Events Team to confirm your registration.
To be announced shortly
Dorothy Shafter earned her Bachelor's degree in Neuroscience and Behaviour from Mount Holyoke College in 2001. She attended graduated school at the University of Connecticut Health Center in Matthew Rasband's lab where she used rodent models to study neuron-glia interactions regulating assembly and maintenance of functional, polarized domains along the axon, nodes of Ranvier and axon initial segments. Upon completion of her PhD in 2008, she began her postdoctoral training in the laboratory of Beth Stevens at Boston Children's Hospital. While in the Stevens lab (2008- 2014), she studied the role of microglia, the resident CNS myeloid-derived cell, in mammalian synapse development and plasticity. She was hired in 2015 as a tenure-track Assistant Professor in the Department of Neurobiology at The University of Massachusetts Medical School. Her laboratory utilizes a combination of molecular biology and high resolution static and live imaging to understand how neurons and glia communicate with one another to regulating synapse development and plasticity.
Start: 8:30am Finish: 6:30pm
* Please note, these times are provisional and are subject to change.
Important note regarding Hotel Accommodations:
Abcam does not have an affiliated hotel agency for this event.
Please be careful of direct approaches from companies offering hotel reservations for this event. Reservations made by unaffiliated organizations may appear to be for lower rates, however they may be illegitimate, have unreasonable cancellation or change penalties, or be completely non-refundable. Please be aware of, and report any unauthorized solicitation to Abcam.
Terms and Conditions
Attendees are advised to ensure they have adequate travel insurance to cover their attendance at the meeting in case of incident, or cancellation due to circumstances beyond Abcam's control.
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