AI Article Synopsis

  • Public health responses typically focus on known biological agents, but challenges arise when dealing with extraterrestrial samples that may have unknown pathogenic risks.
  • The article discusses the potential risks of unintentional releases of biological materials from returned space missions, like those from Mars, and the need for a robust public health plan.
  • Key questions include how to manage the response to possible contamination, including confinement and decontamination, and how to effectively communicate with the public and government agencies in such scenarios.

Article Abstract

The normal scope of an adequate public health response to released biological material is framed by working with biological vectors with known pathogenicity and virulence. Defining the scope of a response to the release of biological material with unknown pathogenicity and virulence enters into a novel and yet to be framed domain. A current case, in which extraterrestrial samples returned from a location such as Mars, which may harbor life as we know it, requires framing a public health response. An unintentional release of biological material with unknown pathogenicity and virulence may occur when biological containment mechanisms in the Earth-returning transport method are lost. This article raises initial public health and healthcare response questions during a return of extraterrestrial samples to Earth, in the event of its release from biological containment mechanisms: How does the public health community prepare for a response when there is release of samples that may contain potential extraterrestrial organisms from a planetary body or hardy terrestrial organisms surviving a round trip? If a mishap occurs during the return of these samples, what considerations need to be made to confine, decontaminate, and collect material in regions around the mishap? How will the public health community work with relevant government organizations to prepare the general public? The unknowns of exposure, potential extraterrestrial pathogenicity, and decontamination approaches underscore gaps in biopreparedness for this novel case from federal to local levels.

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Source
http://dx.doi.org/10.1089/hs.2019.0088DOI Listing

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