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image: Key Mental Illness Genes Found

Key Mental Illness Genes Found

By | March 4, 2013

A large genome-wide study has identified four single-nucleotide polymorphisms shared between five major psychiatric disorders.

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image: Prion-like Proteins Cause Disease

Prion-like Proteins Cause Disease

By | March 3, 2013

Normal proteins with regions resembling disease-causing prions are responsible for an inherited disorder that affects the brain, muscle, and bone.

2 Comments

image: New DNA-based Prenatal Test

New DNA-based Prenatal Test

By | March 1, 2013

Another company has launched a non-invasive DNA screen for genetic disorders in unborn babies, adding to the competition in an emerging market.

3 Comments

image: Bacterial Buddies

Bacterial Buddies

By | March 1, 2013

A chance encounter with a crab apple tree leads to the discovery of a new bacterial species and clues to the evolution of insect endosymbionts.

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image: Sleep Protection

Sleep Protection

By | March 1, 2013

Inducing certain brain patterns extends non-REM sleep in mice.

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image: Playing for Words

Playing for Words

By | February 28, 2013

Children with dyslexia have an easier time learning to read after playing action video games that don’t incorporate reading.

2 Comments

image: Circular RNA Surprise

Circular RNA Surprise

By | February 28, 2013

Previously enigmatic circular RNAs have been found to influence gene expression by binding to and blocking another class of regulatory RNA, the microRNAs.

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image: Tadpoles See with Extra Eyes

Tadpoles See with Extra Eyes

By | February 27, 2013

Blind tadpoles regain vision when new eyes are grafted onto their tails. 

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image: What Ever Happened to Douglas Prasher?

What Ever Happened to Douglas Prasher?

By | February 26, 2013

The first researcher to clone the gene for green fluorescent protein, but who was passed over for the 2008 Nobel Prize in Chemistry, is back in academic science.

9 Comments

image: Neurons Live Longer in New Brains

Neurons Live Longer in New Brains

By | February 25, 2013

Transplanting mouse neurons into rats allows the neurons to survive twice as long as they would in mice.

1 Comment

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