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1 hemistry, where an alcohol plays the role of hydrogen donor.
2 l conditions, but employing isopropanol as a hydrogen donor.
3 which the phenolic group could also serve as hydrogen donor.
4 onadiabatic tunneling, the dominant reactive hydrogen donor-acceptor distance (DAD) is typically ca.
6 tors reveals that E(G) is centered about the hydrogen donor/acceptor ionization energy epsilon(+/-).
7 uch higher phenol content (2- to 7-fold) and hydrogen donor activity (1.5- to 4-fold) than widely con
8 H-transfer efficiency, the distance between hydrogen donor and acceptor is a very important factor.
10 en bonds, in which a carbon atom acts as the hydrogen donor and an electronegative atom Y (Y=N, O or
11 emperature using tri-n-butyltin hydride as a hydrogen donor and without the aide of a radical initiat
12 om a 1.28 A resolution structure, to contain hydrogen donors and acceptors that are satisfied by inte
13 e hydrogen bonding between the amine groups (hydrogen-donor) and the phosphate/carbonyl groups or wat
15 of the T4 infection cycle and can serve as a hydrogen donor for the phage ribonucleotide reductase in
16 aredoxin 2 is shown to be the most effective hydrogen donor for the reduction of arsenate by ArsC.
17 itous redox proteins that were discovered as hydrogen donors for ribonucleotide reductase, the key en
20 enzyme (APR1p) can use GSH efficiently as a hydrogen donor in vitro, showing aKm[GSH] approximately
22 ducts of the alkyl-transfer reactions act as hydrogen donors in the presence of aromatic N-heterocycl
23 xplain why fluorescence quenching induced by hydrogen donors is less general for (1)(pi,pi*) than for
24 mixture of a decanoic acid ester precursor, hydrogen donor molecules, and a ruthenium-based photocat
26 , in animal cells, Trx may not be the direct hydrogen donor or that there may be a Trx-independent re
28 of reactions carried out in the presence of hydrogen donors supported the findings from DFT calculat
29 uction in which the NHC borane serves as the hydrogen donor, thus obviating the use of tin-based reag
30 sized 4'-hydroxy flavyliums were examined as hydrogen donors to DPPH, ABTS and hydroxyl radicals, and
33 general model for fluorescence quenching by hydrogen donors, where the radiationless decay occurs at
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