Astrobiologia

Fungi Bricks for Moon and Mars

UNC Greensboro and Luna Labs, with NASA funding, are testing whether fungal mycelium grown on regolith and recycled waste can be turned into load-bearing, sterilizable 'bricks' fo… Lut 17, 2026

Genetics

Hibernating hamsters could help astronauts

New lab work on hibernators — from Syrian hamsters to ground squirrels and bears — is revealing biological tricks that might let humans enter safe, reversible torpor for long spac… Lut 16, 2026

Space

Sugars From Space: Bennu’s Recipe for Life

Scientists report ribose and glucose in pristine samples from asteroid Bennu, along with salts, phosphates and amino acids — findings that sharpen theories about how life’s ingred… Lut 06, 2026

Space

Viruses Seem Stronger in Space

Multiple lines of research — astronaut monitoring, bacterial studies on the ISS and laboratory experiments simulating microgravity — show microbes behaving differently in orbit. S… Sty 14, 2026

Science

AI Could Redefine the Search for Alien Life

Researchers have combined high-resolution chemical analysis with machine learning to detect faint, billion‑year‑old biosignatures — a technique that may be adapted for rovers and … Lis 19, 2025

Science

Life Found in the Ocean’s Deadly Blue Goo

Researchers report lipid biomarkers from an alkaline, blue-hued serpentinite mud recovered near the Mariana forearc, revealing active microbial communities surviving at pH ~12 and… Lis 17, 2025

Space

Martian ice could preserve biomolecules for millions of years, lab study finds

Laboratory simulations indicate pure ice can protect microbial biomolecules from long-term radiation and temperature effects, making ice-rich regions on Mars promising targets for… Lis 13, 2025

Articles about astrobiologia

Fungi Bricks for Moon and Mars

Hibernating hamsters could help astronauts

Sugars From Space: Bennu’s Recipe for Life

Viruses Seem Stronger in Space

AI Could Redefine the Search for Alien Life

Life Found in the Ocean’s Deadly Blue Goo

Martian ice could preserve biomolecules for millions of years, lab study finds