This Week in Nature

In a paper published online in advance in Nature this week, an international team led by investigators at Imperial College London shows that the homing endonuclease gene I-Sce1 "can substantially increase its transmission to the progeny in transgenic mosquitoes of the human malaria vector Anopheles gambiae." More specifically, I-Sce1 quickly invades mosquito populations such that it validates mathematical models of homing endonuclease gene transmission dynamics.

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Researchers suggest that genetic variations could influence the side effects people experience when using synthetic cannabinoids, the International Business Times reports.

An analysis has examined the makeup of researchers on Twitter and what they share, Nature News reports.

At Stat News, Jim Kozubek argues that the Broad Institute is pushing the boundary of what a nonprofit is.

In PNAS this week: gut microbes may affect honeybee weight, phenotype and gene expression changes in DiGeorge syndrome, and more.