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Toward sustainable space exploration: a roadmap for harnessing the power of microorganisms
Published 2023-03-01Get full text
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342
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Machine Learning Algorithms Applied to Identify Microbial Species by Their Motility
Published 2021-01-01Get full text
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344
An Astrophysical View of Earth-Based Metabolic Biosignature Gases
Published 2012“…Key Words: Exoplanet—Biosignature—Microbial redox reactions. Astrobiology 12, 61–82.…”
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345
Physiological Differentiation within a Single-Species Biofilm Fueled by Serpentinization
Published 2011-09-01Get full text
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346
The Adaptability of Life on Earth and the Diversity of Planetary Habitats
Published 2017-10-01Get full text
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347
Phosphate availability and implications for life on ocean worlds
Published 2023-04-01Get full text
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348
Preservation of Martian Organic and Environmental Records: Final Report of the Mars Biosignature Working Group
Published 2011“…Astrobiology 11, 157–181.…”
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Metagenomic insights into S(0) precipitation in a terrestrial subsurface lithoautotrophic ecosystem
Published 2015-01-01Get full text
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353
A Combinatorial Approach to Biochemical Space: Description and Application to the Redox Distribution of Metabolism
Published 2012“…Key Words: Metabolism—Modeling studies—Redox—Biosignatures. Astrobiology 12, 271–281.…”
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Radiation Resistance of Biological Reagents for In Situ Life Detection
Published 2013Get full text
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Cerium Features in Kilonova Near-infrared Spectra: Implication from a Chemically Peculiar Star
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357
The Case (or Not) for Life in the Venusian Clouds
Published 2021-03-01“…The possible detection of the biomarker of phosphine as reported by Greaves et al. in the Venusian atmosphere stirred much excitement in the astrobiology community. While many in the community are adamant that the environmental conditions in the Venusian atmosphere are too extreme for life to exist, others point to the claimed detection of a convincing biomarker, the conjecture that early Venus was doubtlessly habitable, and any Venusian life might have adapted by natural selection to the harsh conditions in the Venusian clouds after the surface became uninhabitable. …”
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Perchlorates on Mars enhance the bacteriocidal effects of UV light
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