「COFACTOR」の共起表現一覧(1語左で並び替え)
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using NAD+ as a | cofactor. |
It requires potassium as a | cofactor. |
F2RL2 is a | cofactor for F2RL3 activation by thrombin. |
thought to be a homodimer which uses FAD as a | cofactor. |
ous enzyme which binds and requires NAD+ as a | cofactor. |
An enzyme that uses adenosylcobalamin as a | cofactor is methylmalonyl-CoA mutase (MCM). |
It acts mainly as a | cofactor on coagulation and inflammation, and has no i |
Members of this family utilise FMN as a | cofactor and are often found to be homodimers. |
se plasminogen activator receptor (uPAR) is a | cofactor for plasminogen activation by urokinase plasm |
Fibrin is a | cofactor for plasminogen activation by tissue plasmino |
An example of an enzyme that contains a | cofactor is carbonic anhydrase, and is shown in the ri |
This reaction uses calcium as a | cofactor and plays an important role in the intracellu |
meaning that it uses inorganic phosphate as a | cofactor to cleave nucleotide-nucleotide bonds, releas |
4. acts as a | cofactor for phosphopentomutase, which produces D-ribo |
A | cofactor is a non-protein chemical compound that is bo |
complexed with a calcium ion and serves as a | cofactor in lactose synthesis, but has no tumoricidal |
its, and its activity requires ascorbate as a | cofactor. |
light, rhodopsin splits into a protein and a | cofactor: opsin and all-trans-retinal (a form of vitam |
Its best known mechanism of action is as a | cofactor in the formation of coagulation factors II (p |
This reaction uses calcium as a | cofactor and plays an important role in the intracellu |
uses a covalently bound pyruvate residue as a | cofactor rather than the more common pyridoxal 5'-phos |
in a reaction that requires vitamin B12 as a | cofactor. |
oswitch that senses the presence of AdoCbl, a | cofactor needed for the breakdown of ethanolamine. |
dary metabolite of white rot fungi, acts as a | cofactor for the enzyme |
coagulation pathway, where it functions as a | cofactor to Protein C in the inactivation of Factors V |
elated protein 5) is able to bind to act as a | cofactor for Factor I, has decay accelerating activity |
II participates in blood coagulation; it is a | cofactor for factor IXa which, in the presence of Ca+2 |
activity-they usually require only Mg2+ as a | cofactor. |
Particularly, it is an essential nutrient and | cofactor for the enzymatic synthesis of glutathione, a |
l 3-phosphate dehydrogenase with NAD+/NADH as | cofactor. |
tases including NADH dehydrogenase as well as | cofactor in biological blue-light photo receptors. |
ng the configuration of a retinal Schiff base | cofactor inside the protein from the cis-form to the t |
hat catalyze chemical reactions via the bound | cofactor flavin. |
o auxilin, a neuronal cell uncoating clathrin | cofactor, in its amino acid composition. |
e methyl coenzyme M reductase, which contains | cofactor F430 as the prosthetic group. |
ther acids lower the pH and remove the copper | cofactor necessary for the responsible enzymes to func |
d to chelate the prosthetic Cu(II)-bipyridine | cofactor complex in the enzyme lysyl oxidase. |
tween the CYP domain and an electron donating | cofactor. |
was discovered to play a role as an enzymatic | cofactor. |
by a failure in the gene that makes an enzyme | cofactor for beta-hexosaminidase, called the GM2 activ |
Zinc is an essential | cofactor for hundreds of enzymes. |
Zinc is an essential | cofactor for more than 50 classes of enzymes. |
erin (INN) is a naturally occurring essential | cofactor of the three aromatic amino acid hydroxylase |
THB is an essential | cofactor required by the aromatic amino acid hydroxyla |
n with two small molecules bound, for example | cofactor and substrate; or a complex formed between tw |
onins are not thought to utilize a GroES-type | cofactor to fold their substrates. |
Only the free form has | cofactor activity. |
t (PsbE), one beta (PsbF) subunit, and a heme | cofactor. |
Heparin | cofactor II, a protein encoded by the SERPIND1 gene, i |
ions in this gene are associated with heparin | cofactor II deficiency. |
Heparin | Cofactor II deficiency can lead to increased thrombin |
tivities of both antithrombin III and heparin | cofactor II simultaneously. |
tability of the TPP ring) and Glu-51 (aids in | cofactor binding). |
lecular weights, and both require a metal ion | cofactor. |
hich Hmd acts is unknown, the iron-containing | cofactor is in part responsible for the catalytic acti |
plex contains the active factor IX (IXa), its | cofactor factor VIII (VIIIa), the substrate (factor X) |
Aside from its | cofactor role for intracellular enzymes, FA also displ |
e moiety is then transferred to the lipoamide | cofactor of the H protein. |
em (including factor H, factor I and membrane | cofactor protein), with the factor H mutations being t |
peptidases (EC 3.4.11.9) that utilize a metal | cofactor and remove the N-terminal amino acid from pep |
ibes an atom as belonging to a small molecule | cofactor rather than to part of a biopolymer chain. |
Molybdenum | cofactor is a cofactor required for the activity of en |
Molybdenum | cofactor sulfurase is an enzyme that in humans is enco |
Molybdenum | cofactor functions directly in ethylbenzene dehydrogen |
MOCOS sulfurates the molybdenum | cofactor of xanthine dehydrogenase (XDH) and aldehyde |
at the active site in a tricyclic molybdenum | cofactor. |
d urine of babies can be caused by molybdenum | cofactor deficiency disease which leads to neurologica |
Mo or W is inserted to give the molybdopterin | cofactor. |
metallo-enzyme that utilizes a molybdopterin | cofactor and a heme group. |
contain a selenide-ligand to a molybdopterin | cofactor at their active sites (e.g. |
of sulfite oxidase contains the molybdopterin | cofactor and supports molybdenum in its highest oxidat |
the concomitant oxidation of a NADH or NADPH | cofactor. |
Using an NADPH | cofactor and FAD prosthetic group, these microsomal pr |
nteresting because OMP decarboxylases uses no | cofactor and contains no metal sites or prosthetic gro |
of B12 is insufficient for the conversion of | cofactor methylmalonyl-CoA into succinyl-CoA, the buil |
It employs one | cofactor, FAD. |
It employs one | cofactor, heme. |
It employs one | cofactor, copper. |
It employs one | cofactor, cobamide. |
It employs one | cofactor, flavoprotein. |
It employs one | cofactor, zinc. |
It employs one | cofactor, iron. |
It employs one | cofactor, FMN. |
It employs one | cofactor, manganese. |
It employs one | cofactor, ATP. |
It employs one | cofactor, calcium. |
It employs one | cofactor, metal. |
It employs one | cofactor, NAD+. |
It employs one | cofactor, adenosylcobalamin. |
It employs one | cofactor, PQQ. |
It employs one | cofactor, ferredoxin. |
It employs one | cofactor, cadmium. |
It employs one | cofactor, ADP. |
It employs one | cofactor, magnesium. |
It has one | cofactor, FAD. |
It employs one | cofactor, cobalt. |
It employs one | cofactor, biotin. |
It employs one | cofactor, molybdenum. |
It employs one | cofactor, thiamin diphosphate. |
It employs one | cofactor, pyridoxal phosphate. |
This enzyme employs one | cofactor, iron. |
It employs one | cofactor, neutral salt. |
It employs one | cofactor, nicotinamide D-ribonucleotide. |
It employs one | cofactor, iron-sulfur. |
It has one | cofactor: the flavin FAD. |
It employs one | cofactor, heme-thiolate(P-450). |
of two enzymes sharing a single substrate or | cofactor, also referred to as a biochemical switching |
The first organic | cofactor to be discovered was NAD+, which was identifi |
nase from E. coli with Pyridoxal 5' Phosphate | cofactor |
up of glycine through its pyridoxal phosphate | cofactor. |
aldehydes, especially the pyridoxal phosphate | cofactor of many Vitamin B6-dependent enzymes. |
Factor I requires a C3b-binding protein | cofactor such as complement factor H, CR1 and Membrane |
e serine protease, Factor Xa, and the protein | cofactor, Factor Va. |
aredoxin, a 2Fe-2S cluster-containing protein | cofactor. |
s discovered by J.G. Hauge as the third redox | cofactor after nicotinamide and flavin in bacteria (al |
h PDLIM1, Sodium-hydrogen exchange regulatory | cofactor 2, Collagen, type XVII, alpha 1, CAMK2A, CAMK |
Sodium-hydrogen exchange regulatory | cofactor 2 has been shown to interact with SGK, Actini |
Sodium-hydrogen exchange regulatory | cofactor NHE-RF2 (NHERF-2) also known as tyrosine kina |
S-adenosyl-L-methionine ('SAM') is a required | cofactor. |
It is restored to the required | cofactor tetrahydrobiopterin by dihydrobiopterin reduc |
A negative Shannon | cofactor is the same, but sets all x's to 0. |
A positive Shannon | cofactor of function F with respect to variable x is d |
in the Vmax or Km for the tetrahydrobiopterin | cofactor. |
suppose we wish to find the | cofactor C23. |
Specifically the | cofactor of the (i, j) entry of a matrix, also known a |
notably in the amino acid methionine and the | cofactor biotin. |
(coupled to ADP) in a step that activates the | cofactor toward binding Mo or W. |
The | cofactor Mg2+ is believed to bind water molecules and |
In linear algebra, the | cofactor (sometimes called adjunct, see ) describes a |
ed mutations that experimentally switched the | cofactor specificity of Candida boidinii xylose reduct |
Type II restriction enzymes, but require the | cofactor AdoMet to be active. |
ls if the protein cannot effectively bind the | cofactor NAD+, as shown in the G16S mutation. |
s a Rossman fold and interactions between the | cofactor and the fold allow for the isomerization of t |
cerol monooxygenase critically depends on the | cofactor tetrahydrobiopterin and iron. |
fI cleavage substrates (C3b and C4b) and the | cofactor proteins needed for cleavage of C3b (Factor H |
enzymes so far identified in nature use this | cofactor, save for the phylogenetically ancient molybd |
xidoreductase (AOR) family contain a tungsten | cofactor and an 4Fe4S cluster. |
ging concentrations of molybdenum or tungsten | cofactor . |
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