NEW YORK (GenomeWeb News) – The sequence and assembly of two spruce genomes, published in Nature and Bioinformatics yesterday, offer insight into gymnosperm biology and evolution. In particular, they offer clues as to how the expansive spruce genomes — coming in at about 20 gigabases in size — may have grown so large.

Researchers from Sweden and Canada characterized the Norway spruce and white spruce genomes — the first gymnosperms to be sequenced fully and the largest sequence assemblies produced thus far.

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In Cell this week: dynamics of protein profusion and localization, melanoma classification schemes, and more.

A company says it can generate likenesses of people based on their genetic profiles.

IBM's Watson is learning how to treat leukemia as a fellow at the MD Anderson Cancer Center, according to the Washington Post.

At her blog, Sally Rockey dives into National Institutes of Health funding data.

Jul
14
Sponsored by
Agilent Technologies

This online seminar will outline a recent example of the use of molecular barcoding in combination with next-generation sequencing to detect somatic mosaicism in cancer patients.