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image: Microbe’s Diversity Is Vast, Ancient

Microbe’s Diversity Is Vast, Ancient

By | April 24, 2014

A marine cyanobacterium possesses astounding genomic diversity, yet still organizes into distinct subpopulations that have likely persisted for ages.

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image: How Artistic Brains Differ

How Artistic Brains Differ

By | April 18, 2014

A study reveals structural differences between the brains of artists and non-artists.

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image: Week in Review: April 14–18

Week in Review: April 14–18

By | April 18, 2014

Genome-wide effects of trisomy 21; RNA-based signs of transgenerational stress; depression and resilience; a call to overhaul US biomedical research system

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image: Patent Covers CRISPR

Patent Covers CRISPR

By | April 17, 2014

The Broad Institute has succeeded in getting the first patent for the hot new genome-editing technique.

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image: Trisomy 21 Effects Seen Genome-wide

Trisomy 21 Effects Seen Genome-wide

By | April 16, 2014

The extra chromosome behind Down’s syndrome can impact transcriptional regulation beyond chromosome 21, a study finds.

6 Comments

image: Opinion: Overcoming Cancer’s Complexities

Opinion: Overcoming Cancer’s Complexities

By , and | April 11, 2014

Considering “targeted therapeutics” in the face of intra-patient heterogeneity. 

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image: Evolutionarily Distinct Birds Ranked

Evolutionarily Distinct Birds Ranked

By | April 11, 2014

Researchers collate a list of the 100 most rare and unique avian species facing extinction.

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image: Week in Review: April 7–11

Week in Review: April 7–11

By | April 11, 2014

Stress and telomere length in children; osmotic channel protein identified; amoeba nibbles, then kills cells; amphetamine and mental disorder risk; news from AACR

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image: Key Osmotic Channel Protein Identified

Key Osmotic Channel Protein Identified

By | April 10, 2014

A little-studied protein appears to be a critical part of the perplexing channel that prevents cells from bursting.

1 Comment

image: Predicting MRSA Toxicity

Predicting MRSA Toxicity

By | April 10, 2014

A comparative genomic study shows that researchers can use genetic signatures to predict the toxicity of methicillin-resistant Staphylococcus aureus isolates.

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