A team of Australian researchers have reported new data on the role of a specific microRNA in blocking dengue replication in the mosquito Aedes aegypti, providing new insights into how infection by the virus may be combatted through management of its primary vector.

Dengue virus, or DENV, is a principle cause of a potentially lethal hemorrhagic fever and is primarily transmitted by female mosquitos. With no specific antiviral treatments or preventative vaccines available, controlling mosquitos has emerged as a key strategy to prevent infection.

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In Science this week: caution urged in use of gene drives, and more.

NIH's Sally Rockey examines the tapped and untapped potential of the NIH peer reviewer pool.

PLOS Biology has asked researchers how they envision the future of genetics and genomics.

Representative Lamar Smith brings back a provision to require the National Science Foundation to certify that each study it funds is "in the national interest."

Sep
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In this online seminar, Jo Vandesompele of the Center for Medical Genetics at Ghent University will discuss methods for improving the analysis of microRNA expression from a range of samples.