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Relations (1)
related 3.58 — strongly supporting 11 facts
Mars and the International Space Station are related because the station serves as a testing platform for astrobiological experiments that simulate Martian environmental conditions, such as gravity and radiation, to study the survival of microorganisms as evidenced by [1], [2], [3], [4], [5], [6], [7], [8], and [9].
Facts (11)
Sources
Life on the Edge: Bioprospecting Extremophiles for Astrobiology link.springer.com 6 facts
referenceThe cyanobacterium Chroococcidiopsis showed an absence of increased genomic variants when exposed to Mars-like conditions outside the International Space Station, as reported by Napoli et al. in 2022.
referenceOnofri et al. (2015) studied the survival of Antarctic cryptoendolithic fungi in simulated Martian conditions on board the International Space Station.
accountOnofri and collaborators reported that the black yeast Cryomyces antarcticus maintained survival, DNA integrity, ultrastructural stability, and rapid metabolic activity recovery after 18 months of exposure to space and Mars-like conditions in International Space Station (ISS) experiments.
claimAntarctic cryptoendolithic fungi demonstrated survival in simulated Martian conditions while on board the International Space Station, according to a 2015 study by Onofri et al.
referenceSantomartino R et al. found in 2020 that microgravity and simulated Mars gravity had no effect on the final bacterial cell concentrations of organisms grown on the International Space Station.
claimCryptoendolithic fungi were studied for DNA integrity and cellular ultrastructure under space or Mars conditions during a 1.5-year experiment at the International Space Station, as reported by Onofri et al. (2018).
The role of extremophile microbiomes in terraforming Mars - Nature nature.com 5 facts
referenceThe BIOMEX experiment on the International Space Station, led by J. P. de Vera et al., studied the limits of life and the habitability of Mars, as published in Astrobiology in 2019.
claimThe BioRock experiment, conducted aboard the International Space Station, provided evidence that biofilms can form and maintain microbial activity under simulated Martian gravity.
accountIn the LiFE (Lichens and Fungi Experiment) mission aboard the International Space Station, cryptoendolithic microorganisms from Antarctic sandstone were exposed for 1.5 years to simulated Mars and outer space conditions.
referenceThe BOSS experiment, conducted on the International Space Station, investigated the structural integrity and survival of biofilms formed by Deinococcus geothermalis and Chroococcidiopsis under Mars-like conditions.
accountThe European Space Agency (ESA) BIOMEX mission exposed dried biofilms of Chroococcidiopsis species to Mars-analog conditions outside the International Space Station for 18 months.