Article

Abstract

• Bacteria will accompany humans in our exploration of space, making it of importance to study their adaptation to the microgravity environment. To investigate potential phenotypic changes for bacteria grown in space,

Creator

• Klaus, David
• Qvortrup, Klaus
• Moeller, Ralf
• Larsen, Michael
• Oliveira, Sílvia Dias de
• Estante, Frederico
• Zea, Luis
• Stodieck, Louis

Date Issued

• 2017-01-01

Academic Affiliation

• Aerospace Engineering Sciences

Journal Title

• Frontiers in Microbiology

Journal Volume

• 8

File Extent

• 1598-1598

Subject

• bacterial growth
• cell envelope
• microgravity
• bioastronautics
• cell size
• aggregation
• vesicle

Zuletzt geändert

• 2019-12-05

Identifier

• PubMed ID: 28894439

Resource Type

• Article

Urheberrechts-Erklärung

• In Copyright

DOI

•  https://doi.org/10.3389/fmicb.2017.01598

ISSN

• 1664-302X

Language

• English [eng]

License

• Creative Commons BY Attribution 4.0 International

Beziehungen

Artikel

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