「Oxidative」の共起表現(1語左で並び替え)

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共起表現

「Oxidative」の共起表現一覧(1語左で並び替え)

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s that would need to be increased to achieve	oxidative stability (without creating trans or polyuns
n selenium metabolism and protection against	oxidative stress.
ganisms (protection of cell membrane against	oxidative damages) and can be easily bioconcentrated i
both liver and blood vessel tissues against	oxidative stress via inhibition of TNF-α.
ial defence system that protects DNA against	oxidative damage and are distributed widely in the bac
antioxidants, as protective effects against	oxidative stress have been demonstrated in cell cultur
o DNA as a genetic material, defense against	oxidative damage due to oxygen metabolism, and redox s
roduce generalized tissue protection against	oxidative damage caused by free radicals.
used when the mechanisms that defend against	oxidative stress within the red blood cell are overwhe
n of trypanothione is in the defence against	oxidative stress.
zone triggered protective mechanisms against	oxidative stress in citrus."
scavenges free radicals, protecting against	oxidative stress and neuronal apoptosis.
r growth and protect against alcohol-induced	oxidative stress as well as ethanol-induced chronic li
drin B decreases the death rate following an	oxidative challenge to brain tissues.
bles a cell's ability to generate ATP via an	oxidative pathway, ultimately forcing a cell into apop
eacts with the aryl halide or triflate in an	oxidative addition to Pd(II) complex B
The Weimberg pathway is an	oxidative pathway where the D-xylose is oxidized to D-
Since disulfide bond formation is an	oxidative process, the major pathway of its catalysis
It has an	Oxidative Stability Index of approximately 60, which m
rn dimerized using copper(II) chloride in an	oxidative coupling reaction to give the butadiene dime
cal reaction whereby a chalcone undergoes an	oxidative cyclization to form a flavonol.
are capable of degrading the polymer via an	oxidative process.
ntration: recombinant protein production and	oxidative damage,” Biotechnology & Bioengineering, 81:
t and heterotrophic growth by glycolysis and	oxidative phosphorylation during dark periods.
ion occurs through alternating reductive and	oxidative methylation reactions, that is, reduction of
cid, amino acids (particularly leucine), and	oxidative stress.
human genome and free radical production and	oxidative stress.
nd water via glycolysis, the Krebs cycle and	oxidative phosphorylation whereas in the absence of ox
ammatory markers like C-reactive protein and	oxidative stress.
ucible isoform in response to stress such as	oxidative stress, hypoxia, heavy metals, cytokines, et
This particular pathway is known as	oxidative cationic cyclization.
TBARS tests, measure a condition known as	oxidative stress.
can be prepared directly from an asymmetric	oxidative coupling of 2-naphthol with copper(II) chlor
rial cytochrome c oxidase and hence blocking	oxidative phosphorylation.
to produce butadiene from normal butenes by	oxidative dehydrogenation using a proprietary catalyst
one deacetylase) activity that is induced by	oxidative stress (i.e., in smokers), returning steroid
with increasing age may also be explained by	oxidative damage, known to be a causative factor in Al
s not known to degrade in the environment by	oxidative processes because of the strength of the car
esses during the latter portion is marked by	oxidative processes including the formation of Fe3+ ox
Lignan synthesis is catalysed by	oxidative enzymes.
metabolic H217O water produced by	oxidative phosphorylation in mitochondria).
NOBIN is prepared by	oxidative cross coupling of 2-naphthol and 2-naphthyla
he biochemical mechanism of ATP synthesis by	oxidative phosphorylation was unknown.
The activity of DDAH is impaired by	oxidative stress, permitting ADMA to accumulate.
Hydrastinine was produced by	oxidative splitting of hydrastine hydrochloride with n
Formally this species is derived by	oxidative dehydrogenation of 2,2'-diaminobiphenyl.
They are derived from carotenoids by	oxidative cleavage, catalyzed by carotenoid oxygenases
o actively suppress the cell death caused by	oxidative stress.
It is synthesised by	oxidative coupling of 4-amino-3-(azidocarbonyl)furoxan
dition of two one-electron ligands is called	oxidative addition.
Also, it is now prepared from catalytic	oxidative carbonylation of methanol with carbon monoxi
pesticides-such as DDE-are neurotoxic, cause	oxidative stress, and damage the brain's dopaminergic
es and proximal renal tubal cells and causes	oxidative damage and DNA damage leading to cell death
oxygen species that contributes to cellular	oxidative stress and is linked to neuromuscular diseas
gen species and may prevent such deleterious	oxidative effects.
It is used as a reagent to detect	oxidative enzymes, and is associated with dopamine lev
nd the bimolecular reaction damages the DNA (	oxidative stress).
of protons across the inner membrane during	oxidative phosphorylation.
ecies, or serve a protective function during	oxidative stress (Trent and Hargrove, 2002).[supplied
Its distinct framework is produced during	oxidative formation conditions.
causative links in endometriosis-associated	oxidative stress.
nge of pathologic stimuli induce endothelial	oxidative stress such as oxidized LDL-cholesterol, inf
Again for	oxidative chlorinations on the laboratory scale, SO2Cl
e they can be used to provide the energy for	oxidative phosphorylation.
, where it is either used as a substrate for	oxidative phosphorylation, or is converted to citrate
Free M1G is also biomarker for	oxidative stress.
species occurs naturally and is a marker for	oxidative stress.
utathione reductase is used as indicator for	oxidative stress.
s of an ATP synthase as well as pathways for	oxidative deamination.
disrupts synthesis of proteins essential for	oxidative phosphorylation.
for molecular degradation, the metabolon for	oxidative energy generation, and the ribosome for prot
phate pathway protects the trypanosomes from	oxidative stress via the generation of NADPH and provi
venging effects which may protect cells from	oxidative damage and reduce risk of cardiovascular dis
lso apply to compounds of oxygen with a high	oxidative potential, such as peroxides, chlorates, nit
ils produced by the human skin, and its high	oxidative stability.
he induction of CYP3A4, an important phase I	oxidative enzyme that is responsible for the metabolis
elium and endothelium and may be involved in	oxidative eye injury.
ansport chain, allowing generation of ATP in	oxidative phosphorylation.
are active smokers (a condition resulting in	oxidative stress) via a distinctly separate mechanism.
This enzyme participates in	oxidative phosphorylation.
ays and is not clearly understood, increased	oxidative stress within the cell damages the sarcolemm
enerates reactive oxygen species that induce	oxidative stress in bacterial and mammalian cells.
Elesclomol induces	oxidative stress by provoking a buildup of reactive ox
g hyperthermia caused by agents that inhibit	oxidative phosphorylation, early administration may im
Deeply involved in research into	oxidative stress and free radicals, Davies is the foun
the genotoxicity of steviol and some of its	oxidative derivatives in vitro is not expressed in viv
However, with its	oxidative capability in reaction with catalase, scarri
Other names in common use include lactate	oxidative decarboxylase, lactate oxidase, lactic oxyge
2 die several days after birth, amid massive	oxidative stress.
d by regeneration of ATP by the usual means,	oxidative phosphorylation or other energy-producing pa
l nervous system by uncoupling mitochondrial	oxidative phosphorylation, which causes a decrease in
nism is based on nucleophilic attack, namely	oxidative addition of the alkyl halide to Cu(I) elevat
Dirigent proteins possess no	oxidative radical forming activity of their own; but c
oxidation in both animal and human models of	oxidative stress.
s and are formed under similar conditions of	oxidative stress, containing a substituted tetrahydrof
ved endothelial health via downregulation of	oxidative LDL.
ylation of phenylalanine under conditions of	oxidative stress.
This reduces the need of	oxidative phosphorylation done by the TCA cycle via th
zed in the liver, mostly by the processes of	oxidative demethylation (producing fluvoxamine acid an
, which is accompanied by an accumulation of	oxidative damage.
The accumulation of	oxidative damage and its implications for aging depend
onstrated its role in increasing the rate of	oxidative phosphorylation in skeletal muscle.
. Kennedy, that mitochondria are the site of	oxidative phosphorylation in eukaryotes, which ushered
His research focuses on the mechanisms of	oxidative stress in human vasculature and on the searc
e) as it is an extremely potent uncoupler of	oxidative phosphorylation with an IC50 of about 1 micr
of CB2 and TRPV1 receptors, and induction of	oxidative stress, all contributing to induce apoptosis
Process of	oxidative folding in eukaryotes
This process is part of	oxidative phosphorylation.
This sudden release of	oxidative molecules into the cell puts it under oxidat
It is a product of	oxidative damage to DNA and has been shown to cause mu
asis for understanding the actual process of	oxidative phosphorylation.
e weakly mutagenic, possibly by induction of	oxidative DNA damage.
arge fold-magnitude in microarray studies of	oxidative stress.
required for transcription-coupled repair of	oxidative DNA damage.
y focusing his research on the regulation of	oxidative stress repair genes during aging.
He described selected mechanisms of	oxidative stress in human diabetes mellitus
hydrazone (CCCP), is a chemical inhibitor of	oxidative phosphorylation.
s due to antioxidant activity in the oil.The	oxidative stability of rice bran oil was equivalent to
His research interest is on	oxidative stress and the cell cycle.
e Naypyidaw Reaction, Swanson Conversion, or	oxidative decarboxylation reaction) is the far from eq
not be immediately supplied by glycolysis or	oxidative phosphorylation.
While many studies cite excitotoxicity, or	oxidative stress as likely mechanisms, which may be an
esearched the effects of lipid peroxidation,	oxidative stress, and modified lipoproteins in the pro
entified as a catalyst for the high pressure	oxidative chlorination of methane to chloromethane wit
It is used on cut fruits to prevent	oxidative browning, in seafood to preserve pink and re
acid and vitamin E, ferulic acid may reduce	oxidative stress and formation of thymine dimers in sk
ogical or biochemical applications to reduce	oxidative stress or damage.
tes, suggesting that the metabolites reduced	oxidative damage and improved mitochondrial function.
ective effect in cellular models by reducing	oxidative stress.
The encoded enzyme catalyzes the reversible	oxidative deamination of glutamate to alpha-ketoglutar
s enzyme is also called malonic semialdehyde	oxidative decarboxylase.
UCPs separate	oxidative phosphorylation from ATP synthesis with ener
ral cell survival under conditions of severe	oxidative stress.
the consequences of sidestream smoke-induced	oxidative stress in rats.
chloramines are longer-lived and retain some	oxidative capacity.
He worked to identify specific	oxidative mechanisms in atherosclerosis.
Other studies have shown a strong	oxidative effect in the gut that can damage intestinal
eparation of terminal alcohols by subsequent	oxidative cleavage with H2O2 in aq.
atractyloside on the energy-transfer system (	oxidative phosphorylation) and ADP binding sites of ra
more it had become increasingly evident that	oxidative DNA damage, in particular, is a major cause
in the formation of lignin by promoting the	oxidative coupling of lignols, a family of naturally o
Rhodiolin, the product of the	oxidative coupling of coniferyl alcohol with the 7,8-d
The	oxidative branch of the pathway is a major source for
In the	oxidative part of the pentose phosphate pathway, RpiA
The last step of the	oxidative reactions in the pentose phosphate pathway i
While it is involved in the	oxidative metabolism of a small range of substrates (m
It has recently been shown that the	oxidative stress associated with cigarette smoke can i
occurs through a NIH shift and involves the	oxidative decarboxylation of an α-oxo acid as well as
ined that that 2-nonenal is generated by the	oxidative degradation of omega-7 unsaturated fatty aci
tep of porphyrin metabolism it catalyses the	oxidative decarboxylation of coproporphyrinogen III to
In contrast to bacteria, where the	oxidative and isomerization pathways are carried out b
moglobin and thus protects the body from the	oxidative damage that free heme can cause.
The	oxidative coupling of methane (OCM) is a type of chemi
It is derived from the	oxidative dimerization of homogentisic acid.
Pimelic acid is produced by the	oxidative cleavage of cycloheptanone.
The	oxidative source is metal ions in solution such as Fe2
The	oxidative stress hypothesis (proposed by Munzel et al.
limited to the activation of halides by the	oxidative addition of palladium.
cetinidin, in tea, would be a product of the	oxidative degallation of epigallocatechin gallate (EGC
Hydroxylation is the first step in the	oxidative degradation of organic compounds in air.
The	oxidative leaching stage is carried out in agitated ta
xidants are tried as a means to decrease the	oxidative stress and to slow this damaging down.
olin, a flavonolignan, is the product of the	oxidative coupling of coniferyl alcohol with the 7,8-d
This	oxidative route to acetic acid is declining in importa
n-coding RNA which is induced in response to	oxidative stress in Escherichia coli.
The brain is highly vulnerable to	oxidative damage caused by free radicals because of it
e resulting mutant is much more resistant to	oxidative stress.
d lysosome and acts as a defense response to	oxidative stress, preventing apoptosis of the cell.
In particular, one major contributor to	oxidative damage is hydrogen peroxide (H2O2), which is
er hyperuricemia is a protective response to	oxidative stress in such diseases or whether it is a p
The brain is uniquely vulnerable to	oxidative injury, due to its high metabolic rate and e
er solubility or decreases susceptibility to	oxidative metabolism in the liver.
to increase the sensitivity of parasites to	oxidative antiparasitic drugs.
Dps is also Induced by oxyR in response to	oxidative stress during exponential phase.
ely warm climate and the mostly traditional,	oxidative wine making technologies (vinification in oa
hydroxybenzoate molecule is subjected to two	oxidative decarboxylations by NovR and molecular oxyge
ncio must have been subjected to the typical	oxidative treatment of that wine style.
ydrogenase deficiency, in which uncontrolled	oxidative stress causes hemoglobin to denature and for
Tetraphenylborate uncouples	oxidative phosphorylation.
"Dinitrophenol uncouples	oxidative phosphorylation, causes release of calcium f
an article in Nature, niclosamide uncouples	oxidative phosphorylation in the tapeworm.
It also uncouples	oxidative phosphorylation, the process cells use to sy
Under	oxidative stress (attack by virus at the cellular leve
Cells under	oxidative stress secrete HX3, which in turn upregulate
xidation state allowing the metal to undergo	oxidative addition reactions.
Vaska's complex undergoes	oxidative addition with conventional oxidants such as
Upon	oxidative addition, the oxidation state of the iridium
Thus, some researchers think urate-induced	oxidative stress is causative in stroke, while others
At 5, the 3 goes through various	oxidative processes to make 4 (deoxyhemigossypol), whi
s lipophilic, is metabolised hepatically via	oxidative pathways.
Casuarictin can be formed from it via	oxidative dehydrogenation of 2 other galloyl groups in
pressions and activities are associated with	oxidative DNA damage and subsequently the individual's
igment epithelial cells when confronted with	oxidative stress, in the brain during experimental str
It is toxic and acts by interfering with	oxidative phosphorylation in mitochondria, causing dep

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「Oxidative」の共起表現一覧(1語左で並び替え)