0 a chemical process in which an atom, molecule, etc. either gains or loses electrons -- 氧化還原反應，氧還反應
This enables investigation of molecule-protein interactions, light-induced reactions, protein folding, and redox reactions.
Reactions are, therefore, non-adiabatic and the essential electronic interaction between redox cofactors must be mediated by the polypeptide matrix.
These are dependent on redox gradients for obtaining energy in the hot, deep, sediment-laden water of the early oceans.
Ichnofossils and ichnofabrics in rhythmically bedded pelagic/hemi-pelagic carbonates: recognition and evaluation of benthic redox and scour cycles.
Symmetrical placement of the redox centers produces the minimum transfer times.
The near-linear arrangement of redox cofactors forms a redox potential gradient that favors short-range chargeseparation reactions.
The actual redox chemistry that applies in these situations is dependent on the microbiology of the system.
Here we report on progress in redox-controlled micelle-to-vesicle transition, peptide formation and the coupling of these two processes.
