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Gene Influences Antidepressant Response
March 15, 2006 • Press Release
Whether depressed patients will respond to an antidepressant depends, in part, on which version of a gene they inherit, a study led by scientists at NIH has discovered. Having two copies of one version of a gene that codes for a component of the brain’s mood―regulating system increased the odds of a favorable response to an antidepressant by up to 18 percent, compared to having two copies of the other, more common version.
Depression Model Leaves Mice with Molecular Scar
February 27, 2006 • Press Release
In addition to triggering a depression-like social withdrawal syndrome, repeated defeat by dominant animals leaves a mouse with an enduring “molecular scar” in its brain that could help to explain why depression is so difficult to cure, suggest researchers funded by NIMH.
Lithium Blocks Enzyme To Help Cells’ Clocks Keep On Tickin’
February 17, 2006 • Science Update
NIMH-funded researchers have discovered how lithium likely fixes body clocks gone awry, stabilizing sleep-wake cycles and other daily rhythms disturbed along with mood in bipolar disorder.
Mice Lacking Social Memory Molecule Take Bullying in Stride
February 9, 2006 • Press Release
The social avoidance that normally develops when a mouse repeatedly experiences defeat by a dominant animal disappears when it lacks a gene for a memory molecule in a brain circuit for social learning, scientists funded by NIMH have discovered.
Nobelist Discovers Antidepressant Protein in Mouse Brain
January 6, 2006 • Press Release
A protein that seems to be pivotal in lifting depression has been discovered by a Nobel Laureate researcher funded by NIMH.
Trust-Building Hormone Short-Circuits Fear In Humans
December 7, 2005 • Press Release
A brain chemical recently found to boost trust appears to work by reducing activity and weakening connections in fear-processing circuitry.
Gene Knockout Scores a Fearless Mouse
November 22, 2005 • Press Release
Knocking out a gene in the brain's fear hub creates mice unperturbed by situations that would normally trigger instinctive or learned fear responses.
Teens with Deletion Syndrome Confirm Gene’s Role in Psychosis
October 23, 2005 • Press Release
A study in youth who are missing part of a chromosome is further implicating a suspect gene in schizophrenia.
NIH Joined by Advocacy Groups to Fund Research on Autism Susceptibility Genes
October 18, 2005 • Press Release
Five institutes at the National Institutes of Health (NIH) and three private autism organizations have formed a consortium to pursue their common goal of understanding a devastating disorder.
Scientists Uncover New Clues About Brain Function in Human Behavior
July 10, 2005 • Press Release
Researchers at the National Institute of Mental Health (NIMH), part of the National Institutes of Health, have discovered a genetically controlled brain mechanism responsible for social behavior in humans — one of the most important but least understood aspects of human nature.
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