Molecular and Cellular

Picower Institute scientists probe the role of genes, proteins and molecules in the physiology and action of neurons and glia, including how synaptic connections change. To learn more about these or other areas of inquiry, select them under Research Topics and you'll find relevant Picower people, discoveries and events.

September 3, 2021

Research Findings

Neuroscientists at MIT and Massachusetts General Hospital have developed a statistical framework that rigorously describes the brain state changes that patients experience under ketamine-induced anesthesia.

September 1, 2021

Research Findings

By temporarily suspending retinal activity in the non-amblyopic eye of animal models, neuroscientists restrengthened the visual response in the amblyopic eye, even at ages after the critical period when patch therapy fails

August 26, 2021

Picower People

Through a summer research program at MIT, Patricia Pujols explored the neuromuscular junction, and a future in science.

July 6, 2021

Research Findings

To quickly express genes needed for learning and memory, brain cells snap both strands of DNA in many more places and cell types than previously realized, a new study shows

June 28, 2021

Picower People

RPB Walt and Lilly Disney Award will support efforts to develop new therapeutic approach

June 8, 2021

Research Findings

As ‘visual recognition memory’ emerges in visual cortex, one circuit of inhibitory neurons supplants another and slower neural oscillations prevail

April 27, 2021

Research Findings

Simultaneous measurement of neural rhythms and spikes across five brain areas in animals reveals how propofol induces unconsciousness

March 16, 2021

New Research

With new NIH grant, team will learn how neurons build key sites that release neurotransmitters a lot, or a little, to drive nervous system communication

February 23, 2021

Research Findings

A new computational approach for analyzing complex datasets shows that as disease progresses, neurons and astrocytes lose the ability to maintain homeostasis