「Enzymes」の共起表現一覧(1語右で並び替え)
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inostat inhibits multiple histone deacetylase | enzymes, a mechanism leading to apoptosis of malignan |
imilar to the pro-segment of cathepsin L-like | enzymes, a 50-residue flexible linker peptide, and an |
In capping | enzymes, a highly conserved lysine residue serves as |
The complex also contains 2 regulatory | enzymes, a kinase and a phosphorylase. |
tem to test different theories to explain how | enzymes achieve their catalytic efficiency. |
Although both | enzymes act basically in the same fashion, selective |
synthesis of the endiandric acid cascade that | enzymes aided this reaction in the biosythesis. |
It is a member of the enolase superfamily of | enzymes, along with muconate lactonizing enzyme and e |
that contain heme B. The peroxidase family of | enzymes also contain heme B. The COX-1 and COX-2 enzy |
Some, thought not all, of these | enzymes also transfer sulphate to dermatan. |
In modern-day | enzymes, although the three-dimensional structures ar |
These two | enzymes, aminopeptidase N (APN) and neutral endopepti |
and carry them to the catalytic sites of the | enzymes, among other cations. |
In the radical-SAM | enzymes, an iron-sulfur cluster binds and reduces S-a |
DNA damages can be recognized by | enzymes, and thus they can be correctly repaired if r |
sium functioning as the active center in some | enzymes, and calcium salts taking a structural role ( |
netic polymorphisms in glutathione peroxidase | enzymes and their altered expressions and activities |
ysing action, is to prevent activity of RNase | enzymes and DNase enzymes by denaturing them. |
ctive coenzymes used by vitamin B12-dependent | enzymes and is specifically the vitamin B12 form used |
nnected to other functional units such as the | enzymes and carbohydrate binding modules via dockerin |
thought that the proteins may be RNA editing | enzymes and have roles in growth or cell cycle contro |
n were studying the biochemistry of different | enzymes and found an exceptional case of Tay-Sachs. |
otein N-myristoyl transferase, myristoylating | enzymes, and protein N-myristoyltransferase. |
Upon exposure to | enzymes and gut flora in the human intestine, linamar |
Secretion of elastinolytic | enzymes and their propeptides by Pseudomonas aerugino |
This pathway can activate | enzymes and regulate gene expression. |
clude blood clotting factors and in addition, | enzymes and transporters involved with glucose, chole |
old protein GW182, Argonaute (Ago), decapping | enzymes and RNA helicases. |
search, are potent inducers of cytoprotective | enzymes and inhibitors of carcinogenesis in vitro. |
These proteins are commonly | enzymes, and cofactors can be considered "helper mole |
cell stimulatory sequences with the specific | enzymes, and development of protocols for the detecti |
a valve, preventing reflux of duodenal bile, | enzymes and stomach acid from entering the oesophagus |
s not inhibit the action of monoamine oxidase | enzymes and so is somewhat safer. |
EGG This provides information on the relevant | enzymes and details the relationship with several oth |
snoRNAs associate with | enzymes and guide them to a spot on an RNA by basepai |
is no defined nomenclature for this group of | enzymes, and a variety of names exists. |
veloped by Arthur Ashkin, to study biological | enzymes and polymers at the single-molecule level. |
xes are of theoretical interest as models for | enzymes and as catalysts. |
Wang discovered DNA topoisomerases (or local | enzymes) and proposed a mechanism for their operation |
structures have been solved for this class of | enzymes, and are deposited in the PDB. |
It is used as a reagent to detect oxidative | enzymes, and is associated with dopamine levels in th |
hylate DNA, proteins that inhibit restriction | enzymes and radC genes. |
inning biochemist and chemist specializing in | enzymes and particularly those of medical significanc |
Many of his early papers were on plant | enzymes and their role in metabolism. |
ompetitive inhibitor of trypsin, trypsin-like | enzymes and serine proteases. |
s a database of information about restriction | enzymes and DNA methyltransferases. |
amine it can enter catalytic centres of these | enzymes and inhibits them by covalent binding, or mor |
odel is that regulated proteins, such as many | enzymes and receptors, exist in different interconver |
The mycelium secretes extracellular | enzymes and acids that break down lignin and cellulos |
inetic and pH/activity characteristics of the | enzymes and by the 25-fold higher activity of TRI ove |
rfamily, which consists of more than 40 known | enzymes and proteins. |
of the Cytochrome P450 (CYP) family of liver | enzymes and by fungal aromatic peroxygenases such as |
cinnamoyl esterase, hemicellulase', accessory | enzymes, and FAE-III, cinnamoyl ester hydrolase, FAEA |
s a specific reagent for tyrosine residues in | enzymes, and as a fluorinating agent. |
The main toxicity is hepatic (abnormal liver | enzymes), and myopathy and rarely rhabdomyolysis have |
biochemistry, especially the purification of | enzymes and the kinetics of enzyme-catalyzed reaction |
rmless to humans as humans do not possess the | enzymes and receptors necessary for its processing an |
For | enzymes and other ligand-binding proteins, onedimenti |
entified, cut into fragments with restriction | enzymes, and circularised (the beginning and end of e |
nvade the wall of the colon using proteolytic | enzymes and multiply, and some of them return to the |
mes, chaperones, polymerases, multifunctional | enzymes and viruses. |
im milk, whey protein, cheese cultures, salt, | enzymes, annatto extract color) |
ivation chemistry, is also used to immobilize | enzymes, antibodies and other proteins and peptides t |
This assay method requires that the | enzymes are still functional after separation (native |
transcribed as the transcription factors and | enzymes are not able to access to DNA sequence in thi |
Both | enzymes are required for PAPS (phosphoadenosine-phosp |
Several hydroxylase | enzymes are believed to incorporate an NIH shift in t |
dy of Natronococcus continues to explore what | enzymes are present in order to survive in these cond |
Enzymes are shown in boxes. | |
Enzymes are proteins which catalyze a reaction. | |
Sometimes | enzymes are named for the function they perform, rath |
Restriction | enzymes are a type of endodeoxyribonuclease. |
ligase I and is S phase-specific (since these | enzymes are highly active during DNA replication). |
The majority of | enzymes are proteins but RNA enzymes called ribozymes |
The structure of some | enzymes are very well characterized, however, the fun |
Many | enzymes are involved in the DNA replication fork. |
HFCS is a variant in which other | enzymes are used to convert some of the glucose into |
These | enzymes are found near to the transporters that will |
he 17β-hydroxysteroid dehydrogenases (17β-HSD | enzymes) are a group of alcohol oxidoreductases which |
o is less useful in scenarios where the liver | enzymes are not elevated, or where multiple condition |
ctical interest, since commercial restriction | enzymes are usually supplied in a buffer containing a |
Exodeoxyribonucleases are | enzymes are in the EC number family 3.1.11. |
Many naturally occurring proteins and | enzymes are multimeric. |
ese reductions take place only when reductase | enzymes are active, and therefore conversion is often |
These | enzymes are characterized by their ability to add a p |
These | enzymes are of crucial importance in almost all organ |
These | enzymes are involved in the biosynthesis of steroid h |
When these | enzymes are defective or missing altogether because o |
measures of liver biochemistry and pancreatic | enzymes are performed. |
ree plasmid-encoded polyketide synthase (PKS) | enzymes are responsible for its production: MLSA 1 an |
The cytochrome-dependent | enzymes are more important in anaerobic metabolism in |
Animal ACL | enzymes are homomeric, presumably an evolutionary fus |
These | enzymes are primarily localized in lysosomes and func |
Such | enzymes are pervasive and, for example, are required |
These | enzymes are found in plants of the genus Allium, such |
The first three | enzymes are all coded by the same gene in Metazoa (CA |
which are a group of peroxidases, when these | enzymes are inhibited by over-oxidation. |
Enzymes are added to the mash and this mixture is the | |
Once all | enzymes are saturated, the Burst Phase gives way to a |
Many useful | enzymes are produced using industrial fermentation of |
umans do not have a homologous protein, these | enzymes are possible new targets for drug therapies a |
Six | enzymes are required for its biosynthesis from TDP-gl |
Many flavin-dependent | enzymes are capable of oxidizing aliphatic nitro comp |
The | enzymes are believed to have diverged from a common a |
b27 then recruits Slac2A and myosin Va, these | enzymes are essential for the transfer of the melanos |
These | enzymes are transferases, specifically the sulfotrans |
These | enzymes are important in the mechanism of contraction |
e toxicity because the metabolic pathways and | enzymes are unique to bacteria (Chambers, 1999). |
Selenium | enzymes are involved in utilization of the small redu |
The PDE4 family of | enzymes are the most prevalent PDE in immune cells. |
Specifically, the | enzymes are involved in endonucleolytic cleavage of 3 |
PDE3 | enzymes are involved in regulation of cardiac and vas |
Phosphatase | enzymes are also used by soil microorganisms to acces |
These | enzymes are a powerful tool for degradation of plant |
The amino acid oxidase | enzymes are able to convert amino acids into imino ac |
ect in which nucleotide excision repair (NER) | enzymes are mutated, leading to a reduction in or eli |
Also, if a series of | enzymes are required in the reaction; whole cell immo |
The same | enzymes are also capable of hydrolyzing cADPR to ADPR |
These | enzymes are significant in the first-pass elimination |
Enzymes are added to the mash that convert starch to | |
Similar | enzymes are encoded in animal genomes, but their role |
hosphate to target them to the lysosomes, the | enzymes are transported from the Golgi to the extrace |
carbamazepine) these metabolic | enzymes are known to increase and decrease, respectiv |
Constitutive | enzymes are produced constitutively by the cell under |
the system as acetyl-coenzyme A. Its crucial | enzymes are isocitrate lyase and malate synthase. |
n of secretion of gastric acid and pepsinogen | enzymes as is seen with inhibition of CCKA receptors, |
ide molecule which is modified by a series of | enzymes as the protein moves through the different co |
as such is an inducer of such detoxification | enzymes as cytochromes P450 (CYPs) and uridine 5'-dip |
cates that GAPDH and several other glycolytic | enzymes assemble in complexes on the inside of the ce |
ses (CHS) are a family of polyketide synthase | enzymes associated with the production of chalcones, |
on the mitochondrial ultrastructure and some | enzymes associated with it of L 1210 lymphoid leukemi |
and does not assume the existence of regular | enzymes: ATP Synthase's binding change mechanism rese |
This period is observed as the | enzymes become saturated with substrate up until all |
It is thought that protease | enzymes become trapped in inactive antithrombin-prote |
t be demethylated to the active form by liver | enzymes before becoming active. |
gar is added to the must, naturally-occurring | enzymes break down the sucrose molecules in sugar int |
peptidoglycan matrix is very rigid, so these | enzymes break down the peptidoglycan matrix in small |
PtdIns(4,5)P2 not only act as substrates for | enzymes but also serve as docking phospholipids that |
resulting protein resembles the other two COX | enzymes, but in mice and humans it does not, owing to |
e subunit, like classical Type II restriction | enzymes, but require the cofactor AdoMet to be active |
The classification of these | enzymes by substrate-usability does not necessarily i |
ve oxygen species and the release of lysosome | enzymes by these cells. |
Inactivation of these | enzymes by over-oxidation of the active thiol to sulf |
structures have been solved for this class of | enzymes by Grueninger and Schulz with PDB accession c |
Most serpins inactivate | enzymes by binding to them covalently, requiring very |
residues is one step closer to the mimicry of | enzymes by biological relevant species such as amino |
production of these hyaluronic acid degrading | enzymes by up to 67%. |
The first process is catalyzed by | enzymes called carbon monoxide dehydrogenase. |
g open of the onion cells and their releasing | enzymes called alliinases, which then break down amin |
and malonyl-CoA precursors through action of | enzymes called fatty acid synthases. |
Cre belongs to a family of | enzymes called recombinases. |
Miglitol inhibits glycoside hydrolase | enzymes called alpha-glucosidases. |
activated form of glucose as a substrate for | enzymes called glucosyltransferases. |
This may result in different | enzymes, called isozymes, with the same function havi |
This compound is a substrate for | enzymes called mannosyltransferases. |
Ψ is formed by | enzymes called Ψ synthases, which post-transcriptiona |
to act as a signaling molecule) by a group of | enzymes called PAF acetylhydrolases (PAFAHs) which ar |
It belongs to a family of | enzymes called caspases that cleave their substrates |
It inhibits the activity of certain | enzymes called proteases, such as cathepsin G that is |
Due to a family of | enzymes called hyaluronidases, hyaluronic acid levels |
samination in biochemistry is accomplished by | enzymes called transaminases or aminotransferases. |
Fructokinase is in a family of | enzymes called transferases, meaning that this enzyme |
roxylation reactions are often facilitated by | enzymes called hydroxylases. |
Eukaryotic | enzymes can contain structurally similar PGBD-like do |
Some DNA- or RNA-binding | enzymes can recognize specific base pairing patterns |
e pectin network, so that a host of digestive | enzymes can be excreted into the plant host to acquir |
These | enzymes can also modify factors other than histones ( |
e basis of sequence similarity, these various | enzymes can be grouped into subfamilies. |
Several key | enzymes can be activated through DNA transcriptional |
ause cordycepin is similar to adenosine, some | enzymes cannot discriminate between the two. |
ine which plants appeared to produce protease | enzymes capable of breaking down potential prey. |
In addition for pancreatic | enzymes carboxypeptidase A and B, PCI also inhibits c |
In the late 1960s he discovered | enzymes carried by artificial cells could correct som |
The | enzymes catalyse the food into molecules small enough |
The | enzymes catalyse the conversion of phosphatidylcholin |
Phospholipase B | enzymes catalyse the release of fatty acids from lyso |
The | enzymes catalyses the oxidation of bromide ions by hy |
Kinetic perfection: "Their [the | enzymes] catalytic velocity is restricted only by the |
These | enzymes catalyze the hydrolysis of acetylated lysine |
These | enzymes catalyze the conversion of aldehydes and keto |
Desaturase | enzymes cause desaturation of fatty acids through the |
sesquiterpene, and then sesquiterpene cyclise | enzymes cause it a cyclization. |
However, the recipe using the new | enzymes caused the bread to have a different taste an |
milnacipran can cause mild elevation of liver | enzymes, caution is recommended |
In addition to ADAR | enzymes, CDAR enzymes exist and these convert cytosin |
The Cdc25 | enzymes Cdc25A-C are known to control the transitions |
It may also damage ion channels, other | enzymes, cell adhesion molecules, and cell surface re |
They constitute the majority of | enzymes classified under EC number 1.4, with most of |
Bringing several glycolytic | enzymes close to each other is expected to greatly in |
The color scheme is as follows: | enzymes, coenzymes, substrate names, inorganic molecu |
types, DNA-binding proteins, cell wall lytic | enzymes, cofactors of oxidoreductases, among many oth |
Enzymes composed of subunits with diverse functions a | |
hYme (Thioester-active enzYme) is database of | enzymes constituting the fatty acid synthesis and pol |
yronine deiodinases are unusual in that these | enzymes contain selenium, in the form of an otherwise |
The | enzymes contain ~250-300 residues, which encode putat |
Both | enzymes contain serine linked phosphates in their act |
These | enzymes contain the amino acid sequence motif PD-(D/E |
of eight histidines which can be found in all | enzymes containing this motif. |
ADAMTS proteases are complex secreted | enzymes containing a prometalloprotease domain of the |
The ADE series of | enzymes converts the most precursory molecule, P-ribo |
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