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image: Cesarean Section Results in Heavier Mouse Pups

Cesarean Section Results in Heavier Mouse Pups

By | October 11, 2017

Vaginal birth leads to changes in the development of offsprings’ microbiomes not seen among mice born via C-section, which researchers suspect might contribute to the weight differences.

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Combined transcription and genome data from multiple tissues in hundreds of human donors reveal links between genotype and gene expression across the body.

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image: Study Raises Questions About Patient-Derived Xenografts

Study Raises Questions About Patient-Derived Xenografts

By | October 10, 2017

When transplanted into mice, tumor genomes evolve differently than they do in patients, study finds.

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Scientists are using a powerful gene editing technique to understand how human embryos develop.

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image: Plague Ravaging Madagascar

Plague Ravaging Madagascar

By | October 10, 2017

Nearly four dozen people have died.

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image: Gene Drive Limitations

Gene Drive Limitations

By | October 9, 2017

In lab populations of genetically engineered mosquitoes, mutations arose that blocked the gene drive’s spread and restored female fertility.

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image: Effects of Neanderthal DNA on Modern Humans

Effects of Neanderthal DNA on Modern Humans

By | October 5, 2017

A new study reveals how Neanderthal DNA in the genomes of present-day British people influences their traits.

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image: Image of the Day: Fragile Brain

Image of the Day: Fragile Brain

By | October 3, 2017

In Fragile X syndrome—a genetic mishap that results in cognitive delays—the lack of a translation-repressing protein leads to the rampant accumulation of other proteins in the mouse brain.

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image: Q&A with Michael Young, Nobel Laureate

Q&A with Michael Young, Nobel Laureate

By | October 2, 2017

Young talks with The Scientist about studying circadian rhythms in fruit flies, the applications of his work beyond Drosophila, and winning the prize. 

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image: Q&A with Nobel Laureate Michael Rosbash

Q&A with Nobel Laureate Michael Rosbash

By | October 2, 2017

A basic curiosity about how life works led the Brandeis University molecular biologist to discover how our bodies keep time. 

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