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We anticipate that these molecules evolved from a single origin.
In summary, it is evident that at least some antimicrobial molecules evolved from host metabolites and share other functions.
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The idea of assigning an oxidation state to each of the atoms in a molecule evolved from the electron-pair concept of the chemical bond.
Over the last fifty years, research into the synthesis of interlocked molecules has evolved from a concept viewed with some scepticism to a reality in which ways to harness the properties afforded by mechanical bonding are now being sought.
Replicating molecules evolved and began to undergo natural selection.
This view underlies the concept of modern in vitro evolution experiments that functional molecules (even proteins) evolved from random sequence-libraries.
These independent origins imply that these molecules might have evolved from different ancestral gene families: whereas in Hexapoda, a proto-CSP gene family would have given rise to the OBP genes, in the other two groups might have derived from different (and still unknown) ancestral proteins.
Adsorption of these water molecules evolves considerable heat and helps in the transition of TiO2 from anatase to rutile [36, 37].
Next, I propose that MHC class I molecules evolve more rapidly and exuberantly than class II molecules because the former are subjected to more direct selective pressures, in particular from viruses.
That we are marvels, too, as beings, as people, as bodies, as composites of mutated Hydrogen molecules, as little creatures evolved from the stuff in the belly of a dead star.
In short, the molecule evolved.
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