Profile
Micronutrients, Macro Impact
Micronutrients, Macro Impact
Anna Azvolinsky | Jun 1, 2017
At the interface of food, nutrition, and agriculture, Lindsay Allen’s research has been informing nutrition guidelines and policies around the world for decades.
Glia Guru
Glia Guru
Anna Azvolinsky | May 1, 2017
Ben Barres recast glial cells from supporting actors to star performers, crucial for synaptic plasticity in the brain and for preventing neurodegenerative disorders.
Location, Location, Location
Location, Location, Location
Anna Azvolinsky | Apr 1, 2017
Since first proposing that a cell’s function and biology depend on its surroundings, Mina Bissell continues to probe the role of the extracellular matrix.
Singing In the Brain
Singing In the Brain
Anna Azvolinsky | Mar 1, 2017
His first love was dance, but Erich Jarvis has long courted another love—understanding how the brain learns vocalization.
From the Ground Up
From the Ground Up
Anna Azvolinsky | Feb 1, 2017
Instrumental in launching Arabidopsis thaliana as a model system, Elliot Meyerowitz has since driven the use of computational modeling to study developmental biology.
Methylation Maestro
Methylation Maestro
Anna Azvolinsky | Jan 1, 2017
After initially discovering that DNA methylation represses transcription, Howard Cedar continues to explore how the epigenetic mark regulates gene expression.
Pushing Boundaries
Pushing Boundaries
Anna Azvolinsky | Dec 1, 2016
Applying physics, chemistry, and cell biology, Satyajit Mayor seeks to understand how cell membranes work.
Time, Flies
Time, Flies
Anna Azvolinsky | Nov 1, 2016
By studying the sleep-wake cycle of fruit flies, Amita Sehgal is revealing how the body’s circadian and sleep rhythms are regulated.
Curious George
Curious George
Anna Azvolinsky | Oct 1, 2016
George Church has consistently positioned himself at genomics’ leading edge.
Profile: Dean Buonomano Studies How the Brain Encodes Time
Profile: Dean Buonomano Studies How the Brain Encodes Time
Anna Azvolinsky | Sep 1, 2016
The UCLA neurobiologist uses computational modeling, in vitro electrophysiology, and human psychophysics experiments to explore how neurons and the brain as a whole perceive and respond to time.