「Heme」の共起表現一覧(1語右で並び替え)
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The iron of the | heme A of cytochrome a3 is sometimes bound by 5 othe |
Heme A was first isolated by the great German bioche | |
For instance Cytochrome a has a | heme a prosthetic group and cytochrome b has a heme |
Heme A is a heme, a coordination complex consisting | |
Heme A is similar to heme o, in that both have this | |
Heme a is a biomolecule and is produced naturally by | |
The iron of the | heme A of cytochrome a is hexacoordinated, that is b |
Heme A differs from heme B in that a methyl side cha | |
The correct structure of | heme A, based upon NMR and IR experiments of the red |
e difference between aggregated or precipitated | heme, and genuine hemozoin. |
loroplast structure, and of the biosynthesis of | heme and related molecules. |
It has 2 cofactors: | heme, and Molybdenum. |
The enzyme complexes vary in | heme and copper composition, substrate type and subs |
eme is synthesized from uroporphyrinogen III, a | heme and vitamin B12 precursor. |
Its kinase activity is induced by low levels of | heme and inhibited by the presence of heme. |
Hence, the Rev-erbα receptor detects | heme and thereby coordinates the cellular clock, glu |
quires a high nutrient content broth (including | heme and folic acid) in which to to grow under labor |
volve the compartmentalization and transport of | heme, as well as peptides, from the mitochondria to |
Since the iron in | heme B containing proteins is bound to the four nitr |
Structure of | Heme B |
Heme B (also known as protoheme IX) is the most abun | |
Generally, | heme B is attached to the surrounding protein matrix |
-conserved cysteine bound to the iron center of | heme B. |
s the transfer of electrons in Complex III from | heme bH to oxidized Q (Qi site inhibitor). |
rotoporphyrin IX is combined with iron to form | heme. Bile pigments are the breakdown products of he |
The rate-limiting enzyme in porphyrin and | heme biosynthesis is ALA synthase, the enzyme (EC 2. |
In | heme biosynthesis, the enzyme ferrochelatase convert |
PDB 1URO) which catalyzes the fifth step in | heme biosynthesis: the elimination of carboxyl group |
This gene encodes the fifth enzyme of the | heme biosynthetic pathway. |
Heme breakdown products (e.g., bilirubin) | |
lectron-transfer proteins having one or several | heme c groups, bound to the protein by one or, more |
The number of | heme C units bound to a holoprotein is highly variab |
For vertebrate cells one | heme C per protein is the rule but for bacteria this |
It is common for the | heme C to amino acid ratio to be high for bacterial |
generally agreed the number and arrangement of | heme C groups are related and even required for prop |
ns that have other prosthetic groups as well as | heme c. |
pyrrolic bile pigment and is one end-product of | heme catabolism. |
utosomal recessive metabolic disorder affecting | heme, caused by deficiency of the enzyme uroporphyri |
subunit (PsbE), one beta (PsbF) subunit, and a | heme cofactor. |
For example, flavin and | heme cofactors are often involved in redox reactions |
that there has been significant degradation of | heme containing compounds and hemopexin is made to s |
Transport vesicle delivering a | heme detoxification protein (hdp) to a malaria food |
break down senescent erythrocytes and break the | heme down into biliverdin, which rapidly reduces to |
Interestingly, NO can bind both to | heme Fe3+ and to proximal Cys-60 ligand causing reve |
Heme from red blood cells that enter the CSF for a d | |
a half-transporter involved in the transport of | heme from the mitochondria to the cytosol. |
d the oxygen carrying ferrous ion (Fe2+) of the | heme group of the hemoglobin molecule is oxidized to |
The histidine bound | heme group of succinate dehydrogenase, an electron c |
oxidoreductases, specifically those acting on a | heme group of donors with other acceptors. |
uorin is that chlorocruorin carries an abnormal | heme group structure. |
iron atom in most cytochromes is contained in a | heme group. |
me that utilizes a molybdopterin cofactor and a | heme group. |
responsible for electron transport, binding two | heme groups non-covalently. |
Once bound to the prosthetic | heme groups, these molecules can modulate the activi |
This | heme has to be drawn then as radical cation (.+). |
erested in elucidating the multifaceted role of | heme in cellular processes. |
When the amount of | heme in the liver decreases, it no longer act as a r |
hole” in the special pair by an electron from a | heme in cytochrome c. |
Lysis of these cells releases | heme into the surroundings, allowing the bacteria to |
contained within the protoporphyrin IX ring of | heme into proteins. |
yoglobin, and cytochrone c by oxidizing ferrous | heme into its corresponding ferric forms. |
contain nitric oxide (NO) ligated to the ferric | heme iron (Fe3+). |
The | heme iron serves as a source or sink of electrons du |
mic gases, the binding of the gas ligand to the | heme iron induces conformational changes in the surr |
tection of diatomic gases, the gas binds to the | heme iron. |
o capable of oxidizing these substrates but its | heme is not covalently bound and becomes damaged dur |
related substances that are also released when | heme is metabolized are oxyhemoglobin and methemoglo |
Heme is made from porphyrin and when a mutation occu | |
The | heme is positioned between β-sheet and an α-helix, w |
Its levels in serum reflect how much | heme is present in the blood. |
Heme is a vital molecule for all of the body's organ | |
other electron, which was transferred to the bL | heme, is used to reduce the bH heme, which in turn t |
Chlorophyll is a magnesium porphyrin, and | heme is an iron porphyrin, but neither porphyrin is |
Heme is retained in the peritrophic matrix, a layer | |
( | Heme is the portion of hemoglobin that carries oxyge |
h Political Will, in Silence and Mass Murder by | Heme Kake Rash, Sardam Publishing House, April 2008. |
ut receives some "supporting electron" from the | heme ligand. |
The | heme moiety of intact hemoglobin is chemically conve |
Newer findings however, indicate that the | heme moiety is also produced by the plant. |
on transfer from the cytosol to a transmembrane | heme moiety. |
of carbon dioxide must bind to a region on the | heme monomer which a molecule of oxygen would not ty |
Heme o differs from the closely related heme a by ha | |
The CuB-heme a3 (or | heme o) binuclear centre, associated with the larges |
Heme o, found in the bacterium Escherichia coli, fun | |
rface reduction, lowering of pH, utilization of | heme, or extraction of protein-complexed metal. |
ormal physiological conditions, the activity of | heme oxygenase is highest in the spleen, where old e |
Heme oxygenase is an essential enzyme in heme catabo | |
Heme oxygenase occurs as 2 isozymes, an inducible he | |
Heme oxygenase activity is induced by its substrate | |
Heme oxygenase (HO) is an enzyme that catalyzes the | |
Heme oxygenase cleaves the heme ring at the alpha-me | |
HMOX1 and HMOX2 belong to the | heme oxygenase family. |
HMOX1 ( | heme oxygenase (decycling) 1) is a human gene that e |
heme oxygenase inhibitors to reduce transient worsen | |
Heme oxygenase 1 (HO-1) is an inducible isoform in r | |
A third | heme oxygenase (HO-3) is not catalytically active, b |
nalogous Corrphycene Derivative: Suppression of | Heme Oxygenase and Reconstitution with Apomyoglobin. |
Heme oxygenase, an essential enzyme in heme cataboli | |
Heme oxygenase-1 deficiency | |
ication of ahydrophobic cluster in the proximal | heme pocket. |
The | heme portion of hemoglobin contains peroxidase and w |
pigment that results from the breakdown of the | heme portion of hemoglobin. |
chetalase enzyme is the last step before actual | heme production and then actual hemoglobin productio |
yme that is responsible for the seventh step in | heme production. |
the enzyme responsible for the seventh step in | heme production. |
They each contain a | heme prosthetic group covalently bound by two ester |
ecifically those acting on NADH or NADPH with a | heme protein as acceptor. |
Heme proteins from blood, which can also stimulate t | |
ou must shape a sark to me / Without any cut or | heme, quoth he"); she responds with a list of tasks |
Its function of scavenging the | heme released or lost by the turnover of heme protei |
The two thioether bonds are made to | heme ring positions 2 and 4, but a few c type cytoch |
However it has been shown | heme suppresses hepatic gluconeogenic gene expressio |
rous form of iron into protoporphyrin IX in the | heme synthesis pathway. |
Heme synthesis | |
Heme synthesis - note that some reactions occur in t | |
Heme synthesis-note that some reactions occur in the | |
linogen synthase), which is required for normal | heme synthesis. |
product of the sixth step in the production of | heme) to form protoporphyrin IX. |
ugh different colors as it gradually heals: red | heme to green biliverdin to yellow bilirubin. |
hat is one of the natural breakdown products of | heme via choleglobin, verdohemochrome, biliverdin, b |
e 3 substrates of this enzyme are ATP, H2O, and | heme, whereas its 3 products are ADP, phosphate, and |
stingly, all members of the Rev-erb family bind | heme, which may act as a ligand to regulate their tr |
body, releasing their oxygen-carrying molecule | heme, which is degraded by enzymes into the yellow-g |
Hemopexin binds | heme with the highest affinity of any known protein. |
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