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space-iconSpace and Physics
clock-iconPUBLISHEDJanuary 29, 2016

Something Very Strange Happens To The Herpes Virus In Space

Katy Evans headshot

Katy Evans

Katy Evans headshot

Katy Evans

Deputy Editor-In-Chief

Katy has a BA in Humanities and Philosophy, with over 20 years of experience in online and print publishing. She was named the Association of British Science Writers' Editor of the Year in 2023.

Deputy Editor-In-Chief

Katy has a BA in Humanities and Philosophy, with over 20 years of experience in online and print publishing. She was named the Association of British Science Writers' Editor of the Year in 2023.View full profile

Katy has a BA in Humanities and Philosophy, with over 20 years of experience in online and print publishing. She was named the Association of British Science Writers' Editor of the Year in 2023.

View full profile
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NASA

NASA is currently funding a study on the effects of herpes in space. At first glance, that may seem rather strange, but there is a good reason for the study.

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It is already known that the reactivation of sleepy viruses inside the body increases during spaceflight. In a bid to both understand the risks posed to astronauts' health and discover new data relating to the mutation rates of persistent viruses like herpes under stressful environments, the space agency has awarded multiple grants, totaling around $80,000 (£55,656), to researchers at the University of Florida. The project is called the “Effect of Spaceflight on Herpesvirus Genome Stability and Diversity.”

“The fact that space flight is known to increase the frequency and duration of Herpesvirus reactivation sets up a biological environment for these reactivating and replicating viruses to mutate,” NASA explains in the study objective. A perfect field lab then. 

Herpes, in all its forms, is one of the most common, life-long viruses among humans. The study will focus on four different types of the virus, including oral herpes and the one that causes chicken pox and shingles.

Using deep sequence analysis, which looks for variations in gene sequences, samples of the astronauts’ saliva and urine – taken before, during and after space flight – will be collected and studied to determine viral diversity and changes in mutation rates.

“In summary, the proposed study is a unique opportunity to examine the influence of space flight on the mutation rate and diversity of human persistent viruses and to assess the potential risk of virus mutations accumulating during long-duration missions,” NASA said.


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