Ancient polyols may have seeded the first membrane headgroups, new hypothesis proposes
A new hypothesis paper proposes that abiotically generated polyols, rather than glycerol phosphates or glycolipids, served as the first membrane ...
A new hypothesis paper proposes that abiotically generated polyols, rather than glycerol phosphates or glycolipids, served as the first membrane ...
A new theoretical model proposes that minimal cells may have arisen not by assembling components but as the self-renewing residue ...
A computational study proposes that methylated sulfur rings within magnesium and silver matrices could template proto-cell membranes and division, though ...
A new conceptual framework proposes that the emergence of metabolic roles may have depended on chemical exchanges between hydrothermal vents, ...
A new Frontiers Research Topic gathers foundational, mechanistic, and translational studies probing whether quantum coherence, tunneling, and spin dynamics shape ...
New X-ray spectroscopy of Hayabusa2 samples reveals that water inside the asteroid Ryugu was far less salty, far more alkaline, ...
A quantum tunneling nanogap sensor combined with machine learning can distinguish left- and right-handed amino acids one molecule at a ...
A new global model shows that rainfall on warm early Mars likely deposited formaldehyde, a key prebiotic building block, most ...
Researchers report that inorganic sulfur is rapidly and spontaneously converted into organosulfur compounds inside atmospheric microdroplets, suggesting a pervasive new ...
Chemists have shown that a phosphate group can migrate on its own along glycerol and inositol scaffolds through a self-sustaining ...
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© 2025 Scienmag - Science Magazine