Picower Institute for Learning and Memory

Two neurons of the basolateral amygdala. MIT neuroscientists have found that these neurons play a key role in separating information about positive and negative experiences.

How the brain processes emotions

Neuroscientists identify circuits that could play a role in mental illnesses, including depression.

March 31, 2016

School of Science honors staff with 2016 Infinite Mile Awards

March 28, 2016

Pictured is an artist’s interpretation of neurons firing in sporadic, coordinated bursts. “By having these different bursts coming at different moments in time, you can keep different items in memory separate from one another,” Earl Miller says.

A new glimpse into working memory

Study finds bursts of neural activity as the brain holds information in mind, overturns a long-held model.

March 17, 2016

Researchers say the findings raise the possibility of developing future treatments that might reverse some of the memory loss seen in early-stage Alzheimer’s.

“Lost” memories can be found

Neuroscientists retrieve missing memories in mice with early Alzheimer’s symptoms.

March 16, 2016

MIT senior takes on double major in brain and cognitive sciences plus theater arts

Abra Shen pursues medicine and theater, and someday hopes to combine the two.

February 19, 2016

In this image of the dorsal raphe nucleus, dopamine neurons are labeled in green, red, or both (appearing yellow).

Pinpointing loneliness in the brain

Scientists identify cells that represent feelings of isolation.

February 11, 2016

Cartoon stoplight with red "on" light illuminated. Green "off" light is dark.

A day in the life of a synapse reveals new facets of the adult brain

February 4, 2016

Two professors to join the School of Science faculty this spring

January 20, 2016

MIT neuroscientists discovered that the protein CPG2 connects the cytoskeleton (represented by the scaffold of the bridge) and the endocytic machinery (represented by the cars) during the reabsorption of glutamate receptors. Each "car" on the “bridge" carries a vesicle containing glutamate receptors.

How neurons lose their connections

Scientists identify protein that allows brain cells to dampen their sensitivity.

January 14, 2016

School of Science honors research staff with 2016 Infinite Kilometer Awards

January 4, 2016

Labeling different proteins in a single tissue sample offers a new way to classify neurons and other cells. On the top row, pyramidal neurons are shown in green, and different types of inhibitory interneurons are labeled red, blue, and orange. In the bottom row, at far left, interneurons only are labeled. The two middle images show blood vessels in cyan, and astrocytes in purple. At far right, eve...

Protein imaging reveals detailed brain architecture

New technique could contribute to efforts to map the human brain.

December 3, 2015

Sean Perry, technical associate at the Picower Institute, dies at age 39

December 1, 2015

Motor neurons (green) form synapses (highlighted in magenta) on muscle fibers in a fruit fly. MIT neuroscientists have discovered a pathway that contributes to strengthening these synapses.

Neuroscientists reveal how the brain can enhance connections

Newly identified mechanism allows the brain to strengthen links between neurons.

November 18, 2015

Kwanghun Chung awarded Packard Fellowship

Funding will support the development of novel technologies for better understanding of large-scale biological systems.

October 20, 2015

Human neuron progenitors express neural stem cell marker Nestin (green).

Leveraging genetic diversity to drive precision medicine

Taking advantage of genetic heterogeneity in autism and other neurodevelopmental disorders could lead to precision therapies.

October 16, 2015

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