Sentence examples for transfer oxidation from inspiring English sources

Consequently, the reactions illustrated on Eh pH diagrams involve either proton transfer (e.g., hydrolysis) or electron transfer (oxidation or reduction) or both.

The ab initio SCF Hartree Fock calculations of molecular orbitals were carried out to evaluate most vulnerable areas of RBB molecule for electrophilic and nucleophilic attacks, as well as for a direct charge transfer oxidation process.

Intermediate D undergoes SET (single electron transfer) oxidation and subsequent deprotonation to provide intermediate F. The tautomerization of F leads to the formation of benzo[ b]fluorens 3.

More so, in maize, cupredoxins are involved in oxidative stress response signaling, mediating electron transfer or oxidation homeostasis during stress [ 67].

At around 1 V vs. Pd/H2, initiated by a one-electron transfer, the oxidation of colchicine sets off leading to a cation radical, whose further oxidation may evolve on several different pathways.

Meanwhile, mathematical models have also been developed for simulating hydrodynamics, oxygen mass transfer, carbon oxidation, nitrification and denitrification processes, and optimizing the complicated alternating aerobic and anoxic conditions in oxidation ditches (Saida et al. 2010; Xie et al. 2011; Yang et al. 2013; Lei and Ni 2014).

Our experiments and calculations indicated that the mass transfer reduced oxidation rate by more than 55% (Ω < 0.45) for an electrode spacing of 1 cm at a fluid velocity of 0.033 m/s.

Although the tubulysin (tub) biosynthetic gene cluster has been located in two myxobacterial strains, it appears in both cases to be incomplete as obvious candidates for acyl transfer and oxidation functions are lacking.

Theoretical predictions were in very good agreement with experimental results for both mass transfer control, oxidation reaction control and mixed kinetic regimes in spite of the fact that no adjustable parameters was used.

We sought to determine whether these aromatic residues are involved in coupling electron transfer to oxidation of Fe2+.

Similarly to Prxs, the capacity of GPxs to transfer their oxidation state to other proteins, in this case through the S-glutathionylation of cysteine residues on the recipient proteins, is thought to be part of signalling systems involved in the regulation of the mitochondrial redox state [34].