Magazine

January-February 2017

Current Issue

January-February 2017

Volume: 105 Number: 1

Artificial endosymbioses hold promise for transferring their benefits to novel hosts. In mosquitoes, for example, a bacteria of the genus Wolbachia, which can live in the ovaries or testes of a variety of insects, are under exploration for their potential to cause population declines or to limit virus transmission in diseases such as dengue, chikungunya, and Zika. In “The Prospects of Artificial Endosymbiosis,” authors Ryan Kerney, Zakiya Whatley, Sarah Rivera, and David Hewitt discuss the ways that endosymbioses might be engineered and used, as well as the challenges they pose. The authors also point out that, for better or worse, symbiotically modified organisms are often seen as more “natural” by the public and given less ethical scrutiny than genetically modified organisms that have similar uses and benefits. (Cover illustration by Michael Morgenstern.)

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The Prospects of Artificial Endosymbioses

RYAN KERNEY, Zakiya Whatley, Sarah Rivera, David Hewitt

Agriculture Biology Engineering Ethics Evolution Policy Technology

The use of beneficial microbes holds promise for public health and food production, but has trade-offs that are not yet fully understood.

Photoshopping the Universe

Travis A. Rector

Astronomy Computer Physics

Astronomers produce beautiful images by manipulating raw telescope data, but such processing makes images more accurate, not misrepresentative of reality.

Scientists' Nightstand