This Week in Cell

A Harvard University and Broad Institute-led team tapped genome sequence data generated through the 1000 Genomes Project in its search for variants involved in recent human adaptations. As they write in Cell, the researchers used a genome-wide version of their "composite of multiple signals," or CMS method to help find regions of the genome suspected of being subject to selection. From there, they fine mapped more than 400 candidate regions, uncovering potential causal SNPs in recent human adaptation.

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Two new Reproducibility Project: Cancer Biology studies have largely reproduced the original findings, ScienceInsider reports.

DNA fingerprinting could catch some sample mix-ups at pathology labs, the New York Times says.

A Maryland police department has turned to DNA phenotyping to develop a suspect sketch, WJLA reports.

In Cell this week: DNA methylation and T cell exhaustion, longevity in C. elegans, and more.