「Acceptor」の共起表現一覧(1語右で並び替え)
該当件数 : 94件
subsequently captured by the primary electron | acceptor, a pheophytin molecule located within photosy |
The 3 substrates of this enzyme are 4-cresol, | acceptor, and H2O, whereas its two products are 4-hydr |
e 3 substrates of this enzyme are quinaldate, | acceptor, and H2O, whereas its two products are kynure |
The 3 substrates of this enzyme are aldehyde, | acceptor, and H2O, whereas its two products are carbox |
3 substrates of this enzyme are benzoyl-CoA, | acceptor, and H2O, whereas its two products are 4-hydr |
s of this enzyme are N6-dimethylallyladenine, | acceptor, and H2O, whereas its 3 products are adenine, |
3 substrates of this enzyme are (S)-nicotine, | acceptor, and H2O, whereas its two products are (S)-6- |
[[stearoyl-[acyl-carrier-protein]]], reduced | acceptor, and O2, whereas its 3 products are [[oleoyl- |
ates of this enzyme are N-methyl-L-glutamate, | acceptor, and H2O, whereas its 3 products are L-glutam |
he 3 substrates of this enzyme are sarcosine, | acceptor, and H2O, whereas its 3 products are glycine, |
e 3 substrates of this enzyme are spermidine, | acceptor, and H2O, whereas its 3 products are propane- |
s of this enzyme are quinoline-4-carboxylate, | acceptor, and H2O, whereas its two products are 2-oxo- |
he 3 substrates of this enzyme are quinoline, | acceptor, and H2O, whereas its two products are quinol |
It is used as a hydrogen | acceptor and oxidant in organic synthesis. |
yst which can split hydrogen between a proton | acceptor and a hydride acceptor or produce hydrogen fr |
ride forms halide complexes and is a powerful | acceptor as shown by the reaction with sulfur tetraflu |
he non-reducing sugar then acts as a glycosyl | acceptor as a protecting group that is easily lost in |
nsferred from the QH2 donor to a cytochrome c | acceptor at a time, the reaction mechanism of complex |
sponds to photosynthetic signals, such as the | acceptor availability at photosystem II and ABA. |
a 1,4-alpha-D-glucan to a new position in an | acceptor carbohydrate, which may be glucose or a 1,4-a |
ers budding vesicles and is transported to an | acceptor compartment. |
an intermolecular distances of sensitizer and | acceptor, corresponding to a concentration of 10−3 to |
Lf(D) is the set of words accepted by | acceptor D by having the acceptor enter an accepting s |
L(D) is the set of words accepted by | acceptor D by having the acceptor simultaneously enter |
Other names in common use include glutamate ( | acceptor) dehydrogenase, glutamate oxidase, glutamic a |
The donor electron can then decay to the | acceptor energy state (it was forbidden from doing tha |
afluoride is the strongest known fluoride ion | acceptor, exceeding the acceptor tendency of even anti |
This example shows an | acceptor for strings over {0,1} that contain an even n |
itrate acts as an alternate terminal electron | acceptor for certain bacteria delaying the onset of an |
4 substrates of this enzyme are trithionate, | acceptor, H2O, and OH-, whereas its two products are b |
As there is no external electron | acceptor in fermentation, cells have to produce their |
Phylloquinone is an electron | acceptor in the electron transport chain of chloroplas |
pins of the electrons occupying the donor and | acceptor in the direction of the magnetic field. |
Could this act as an electron | acceptor in much the same way as ubiquinone does in th |
pectrum of tryptophan, making it useful as an | acceptor in FRET experiments. |
lvin cycle whilst NAD+ is used as an electron | acceptor in glycolysis. |
In this methodology, the glycosyl | acceptor is tethered into the C-2-O-protecting group ( |
The glycosyl | acceptor is then tethered at the benzylic position of |
strong base such as (BuLi), then the glycosyl | acceptor is added to form mixed silaketal. |
As fluoride is such a strong hydrogen bond | acceptor it is near impossible to dry hydrated samples |
In the absence of a proper electron donor or | acceptor it is possible for such molecules to undergo |
The organyl group on sn-1 of the donor or | acceptor molecule can be alkyl, acyl or alk-1-enyl. |
ron is excited and transferred to an electron | acceptor molecule, phaeophytin, leaving the chlorophyl |
formation of a complex between sensitizer and | acceptor molecules was excluded by the additivity of t |
ermediates (such as native electron donor and | acceptor molecules) in the fungal cell and the locatio |
nzymes that transfer allylic prenyl groups to | acceptor molecules. |
he CH-OH group of donor with NAD+ or NADP+ as | acceptor, more specifically it is part of the group of |
He is the god of fire and the | acceptor of sacrifices. |
n have phycocyanobilin acting as the terminal | acceptor of energy transfer, they fluoresce around 635 |
were provided as the sole electron donor and | acceptor pair. |
ydrogen bonds exist, saturating both the four | acceptor positions on the alpha carboxylate group and |
er names in common use include hydroxylamine ( | acceptor) reductase, and ammonia:(acceptor) oxidoreduc |
The Windows Service offering the | acceptor side of NTLMSSP has been removed from Windows |
When tRNA with compete CCA sequence at its | acceptor stem is bound to A site, C74 of tRNA stacking |
-base (bacteria) or 10-base (eukaryotes) pair | acceptor stem, a long variable region arm, and substit |
p from phenolic sulphate esters to a phenolic | acceptor substrate. |
This normally occurs via an external electron | acceptor such as strong oxidizing agent in aqueous sol |
With antimony pentafluoride, SbF5, a fluoride | acceptor, the ReF6+ cation is formed. |
ns from an electron donor to a final electron | acceptor through an electron transport chain, which co |
and the relative orientation of the donor and | acceptor transition dipole moments. |
3 substrates of this enzyme are NH3, H2O, and | acceptor, whereas its two products are hydroxylamine a |
3 substrates of this enzyme are NADH, H+, and | acceptor, whereas its two products are NAD+ and reduce |
o substrates of this enzyme are glycolate and | acceptor, whereas its two products are glyoxylate and |
strates of this enzyme are aldehyde, H2O, and | acceptor, whereas its two products are carboxylate and |
wo substrates of this enzyme are arsenite and | acceptor, whereas its two products are arsenate and re |
wo substrates of this enzyme are glycerol and | acceptor, whereas its two products are glycerone and r |
substrates of this enzyme are NADPH, H+, and | acceptor, whereas its two products are NADP+ and reduc |
bstrates of this enzyme are cyclohexanone and | acceptor, whereas its two products are cyclohex-2-enon |
substrates of this enzyme are pyridoxine and | acceptor, whereas its two products are isopyridoxal an |
substrates of this enzyme are (S)-malate and | acceptor, whereas its two products are oxaloacetate an |
tes of this enzyme are 2-furoyl-CoA, H2O, and | acceptor, whereas its two products are S-(5-hydroxy-2- |
of this enzyme are 2-dehydro-D-gluconate and | acceptor, whereas its two products are 2,5-didehydro-D |
bstrates of this enzyme are taurine, H2O, and | acceptor, whereas its 3 products are sulfoacetaldehyde |
o substrates of this enzyme are D-glucose and | acceptor, whereas its two products are D-glucono-1,5-l |
s of this enzyme are 3-methylbutanoyl-CoA and | acceptor, whereas its two products are 3-methylbut-2-e |
s of this enzyme are 2-methylbutanoyl-CoA and | acceptor, whereas its two products are 2-methylbut-2-e |
tes of this enzyme are ethylbenzene, H2O, and | acceptor, whereas its two products are (S)-1-phenyleth |
enzyme are all-trans-13,14-dihydroretinol and | acceptor, whereas its two products are all-trans-retin |
ubstrates of this enzyme are L-pipecolate and | acceptor, whereas its two products are 2,3,4,5-tetrahy |
bstrates of this enzyme are RCH2NH2, H2O, and | acceptor, whereas its 3 products are RCHO, NH3, and re |
o substrates of this enzyme are L-sorbose and | acceptor, whereas its two products are 5-dehydro-D-fru |
wo substrates of this enzyme are acyl-CoA and | acceptor, whereas its two products are 2,3-dehydroacyl |
substrates of this enzyme are D-gluconate and | acceptor, whereas its two products are 2-dehydro-D-glu |
this enzyme are (2R)-hydroxy-carboxylate and | acceptor, whereas its two products are 2-oxo-carboxyla |
trates of this enzyme are primary alcohol and | acceptor, whereas its two products are aldehyde and re |
es of this enzyme are beta-cyclopiazonate and | acceptor, whereas its two products are alpha-cyclopiaz |
ubstrates of this enzyme are butanoyl-CoA and | acceptor, whereas its two products are 2-butenoyl-CoA |
o substrates of this enzyme are L-proline and | acceptor, whereas its two products are (S)-1-pyrroline |
enzyme are (S)-2-hydroxy-2-phenylacetate and | acceptor, whereas its two products are 2-oxo-2-phenyla |
ates of this enzyme are polyvinyl alcohol and | acceptor, whereas its two products are oxidized polyvi |
substrates of this enzyme are D-sorbitol and | acceptor, whereas its two products are L-sorbose and r |
rates of this enzyme are (R)-pantolactone and | acceptor, whereas its two products are 2-dehydropantol |
substrates of this enzyme are (R)-lactate and | acceptor, whereas its two products are pyruvate and re |
nitrate (NO3-) is used as a terminal electron | acceptor whereby it is converted to nitrite (NO2-). |
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