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BIO Web of Conferences, 2015 In research on the origins of life, the concept of “chemical evolution” aims at explaining the transition from non-living matter to living matter.
Malaterre Christophe
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Natural selection in chemical evolution [PDF]
Journal of Theoretical Biology, 2007 We propose that chemical evolution can take place by natural selection if a geophysical process is capable of heterotrophic formation of liposomes that grow at some base rate, divide by external agitation, and are subject to stochastic chemical avalanches, in the absence of nucleotides or any monomers capable of modular heredity.
Fernando, Chrisantha, Rowe, Jonathan
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Life, 2022 The origin of biopolymers is a central question in origins of life research. In extant life, proteins are coded linear polymers made of a fixed set of twenty alpha-L-amino acids.
Moran Frenkel-Pinter +6 more
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Life, 2022 Non-communicable diseases are those conditions to which causative infectious agents cannot readily be assigned. It is increasingly likely that at least some of these conditions are due to the breakdown of the previously mutualistic intestinal microbiota ...
David Smith +3 more
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Gastrointestinal Disorders, 2022 While the importance of the intestinal microbiome has been realised for a number of years, the significance of the phrase microbiota–gut–brain axis is only just beginning to be fully appreciated.
David Smith +4 more
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Gastrointestinal Disorders, 2022 The purpose of this article is to provide a direction for translational research based on an analysis of the nature of complex, immune-related conditions such as obesity and coeliac disease.
David Smith +2 more
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