How Primordial Membranes Resisted Entropy to Spark the Origin of Life
A newly published perspective proposes that spontaneously forming amphiphilic membranes were the earliest entropy-resisting structures that enabled protocells to emerge ...
A newly published perspective proposes that spontaneously forming amphiphilic membranes were the earliest entropy-resisting structures that enabled protocells to emerge ...
A comprehensive scientific review traces how magnesium progressed from an abiotic geochemical catalyst in prebiotic synthesis to an indispensable structural ...
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, ...
Chemists at University College London (UCL) and the Medical Research Council Laboratory of Molecular Biology (MRC LMB) have unveiled a ...
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