Nature Communications Archives - Astrobiology

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Discovery Of Unexpectedly Large Organic Molecules from Asteroid Ryugu

Astrochemistry

Discovery Of Unexpectedly Large Organic Molecules from Asteroid Ryugu

Refining The Clock Of Earth’s Early Complex Animal Life

Fossils & Paleontology

Refining The Clock Of Earth’s Early Complex Animal Life

Collection of Biospecimens From The Inspiration4 Mission Establishes The Standards For The Space Omics And Medical Atlas (SOMA)

Genomics, Proteomics, Bioinformatics

Collection of Biospecimens From The Inspiration4 Mission Establishes The Standards For The Space Omics And Medical Atlas (SOMA)

Key To Researching Large Planets: Research Team Discovers Novel Form Of Water

Astrogeology

Key To Researching Large Planets: Research Team Discovers Novel Form Of Water

Study Showcases Resilience and Rapid Growth of “Living Rocks”

Biosignatures & Paleobiology

Study Showcases Resilience and Rapid Growth of “Living Rocks”

Single-cell Imaging Reveals Efficient Nutrient Uptake And Growth Of Microalgae Darkening The Greenland Ice Sheet

Cryobiology

Single-cell Imaging Reveals Efficient Nutrient Uptake And Growth Of Microalgae Darkening The Greenland Ice Sheet

Impact Of Volcanic Activity On Early Marine Life

Fossils & Paleontology

Impact Of Volcanic Activity On Early Marine Life

Tricorder Tech: New AI Technique Generates Clear Images Of Thick Biological Samples Without The Fancy Hardware

Tricorders & Sensors

Tricorder Tech: New AI Technique Generates Clear Images Of Thick Biological Samples Without The Fancy Hardware

Prebiotic Formation Of Enantiomeric Excess D-amino Acids On Natural Pyrite

Biochemistry & Organic Chemistry

Prebiotic Formation Of Enantiomeric Excess D-amino Acids On Natural Pyrite

Shaping Earth’s Initial Nitrogen Budget

Astrogeology

Shaping Earth’s Initial Nitrogen Budget

Microbial Adaptation To Spaceflight Is Correlated With Bacteriophage-encoded Functions

Microbiology & Virology

Microbial Adaptation To Spaceflight Is Correlated With Bacteriophage-encoded Functions

Limited Adaptability Makes Freshwater Bacteria Vulnerable To Climate Change

Microbiology & Virology

Limited Adaptability Makes Freshwater Bacteria Vulnerable To Climate Change