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...one'''）は、一緒に合成された[[peptide horumone/ja|ペプチドホルモン]]からなる[[hormone/ja|ホルモン]]の[[Precursor (chemistory)/ja|前駆体]]であり、多くの場合タンパク質の折りたたみと特定の末端への追加のペプチド鎖の結合によって作られる発現抑制構造の [[peptide hormone/ja|ペプチドホルモン]]の場合、プロホルモンからホルモンへの変換過程（[[Protein precursor/ja|プロタンパク質]]から[[protein/ja|タンパク質]]への変換）は、一般的に[[endoplasmic reticulum/ja|小胞体 ...

{{Short description|Precursor of a hormone}} A '''prohormone''' is a committed [[Precursor (chemistry)|precursor]] of a [[hormone]] consisting of [[peptide hormone]]s synthesized together ...

{{Short description|Precursor of a hormone}} A '''prohormone''' is a committed [[Precursor (chemistry)|precursor]] of a [[hormone]] consisting of [[peptide hormone]]s synthesized together ...

...olved in the transfer of [[acetyl]] groups, in some instances to attach to proteins closely associated with activating and deactivating genes. By this theory, ...

...olved in the transfer of [[acetyl]] groups, in some instances to attach to proteins closely associated with activating and deactivating genes. By this theory, ...

...de/ja#Notes on terminology|デカペプチド]]を[[Proteolysis/ja#Cleavage of precursor proteins|分解]]する。このデカペプチドは[[Angiotensin/ja#Angiotensin I|アンジオテンシンI]]として知られている。 ...c pressure/ja|静水圧]]が低下し、[[oncotic pressure/ja|オンコティック圧]]が上昇する（未濾過の[[plasma proteins/ja|血漿タンパク質]]による）。尿細管周囲毛細血管における静水圧低下とオンコティック圧上昇の効果により、尿細管液の再吸収が促進される。 ...

...od flow]] is reduced, [[juxtaglomerular cell]]s in the kidneys convert the precursor [[prorenin]] (already present in the blood) into [[renin]] and secrete it d # Renin [[Proteolysis#Cleavage of precursor proteins|cleaves]] a [[Peptide#Notes on terminology|decapeptide]] from [[angiotensin ...

...od flow]] is reduced, [[juxtaglomerular cell]]s in the kidneys convert the precursor [[prorenin]] (already present in the blood) into [[renin]] and secrete it d # Renin [[Proteolysis#Cleavage of precursor proteins|cleaves]] a [[Peptide#Notes on terminology|decapeptide]] from [[angiotensin ...

...for key [[metabolism|metabolic]] processes or is a [[precursor (chemistry)|precursor]] needed to make one. | A [[Precursor (chemistry)|precursor]] of [[cofactor (biochemistry)|coenzymes]] called [[flavin adenine dinucleo ...

...for key [[metabolism|metabolic]] processes or is a [[precursor (chemistry)|precursor]] needed to make one. | A [[Precursor (chemistry)|precursor]] of [[cofactor (biochemistry)|coenzymes]] called [[flavin adenine dinucleo ...

...e [[Protein precursor|precursors]] of antibodies, just as [[zymogen]] is a precursor of an [[enzyme]]. But, by 1903, he understood that an antigen induces the p ...ite. While antigens are the "target" of antibodies, immunoglobulin-binding proteins "attack" antibodies. ...

...), [[thromboxane-3]], and [[leukotriene-5]] [[eicosanoid]]s. EPA is both a precursor and the [[Hydrolysis|hydrolytic]] [[Metabolism|breakdown]] product of eicos ...EPA from food containing it. Because EPA is also a [[Precursor (chemistry)|precursor]] to [[docosahexaenoic acid]] (DHA), ensuring a sufficient level of EPA on ...

...), [[thromboxane-3]], and [[leukotriene-5]] [[eicosanoid]]s. EPA is both a precursor and the [[Hydrolysis|hydrolytic]] [[Metabolism|breakdown]] product of eicos ...EPA from food containing it. Because EPA is also a [[Precursor (chemistry)|precursor]] to [[docosahexaenoic acid]] (DHA), ensuring a sufficient level of EPA on ...

...を含む食品からのEPAの吸収に比べるとはるかに低い。EPAは[[docosahexaenoic acid/ja|ドコサヘキサエン酸]]（DHA）の[[Precursor (chemistry)/ja|前駆体]]でもあるため、EPAもDHAも含まない食事で十分なEPA量を確保することは、EPAを合成するために必要な余分な * [http://www.ebi.ac.uk/pdbe-srv/PDBeXplore/ligand/?ligand=EPA EPA bound to proteins] in the [[Protein Data Bank/ja|PDB]] ...

...y)/ja|補酵素]]（一般的には[[cofactor (biochemistry)/ja|補酵素]]）であるか、あるいはビタミンを作るのに必要な[[precursor (chemistry)/ja|前駆体]]である。 ...や[[flavin mononucleotide/ja|FMN]]と呼ばれる[[cofactor (biochemistry)/ja|補酵素]]の[[Precursor (chemistry)/ja|前駆体]]であり、他のビタミンの活性化を含む[[flavoprotein/ja|フラボタンパク質]]の酵素反応に必要であ ...

...s and other [[tissue (biology)|tissues]]. Beyond their role as residues in proteins, amino acids participate in a number of processes such as [[neurotransmitte ...ischer|Emil Fischer]] and [[Franz Hofmeister]] independently proposed that proteins are formed from many amino acids, whereby bonds are formed between the amin ...

...s and other [[tissue (biology)|tissues]]. Beyond their role as residues in proteins, amino acids participate in a number of processes such as [[neurotransmitte ...ischer|Emil Fischer]] and [[Franz Hofmeister]] independently proposed that proteins are formed from many amino acids, whereby bonds are formed between the amin ...

...um/ja|小胞体]]上の[[signal recognition particle/ja|シグナル認識粒子]]によって認識され、[[Protein precursor/ja|プレプロペプチド]]を小胞体に導く役割を果たす。したがって、新しいペプチドの合成が終わると、翻訳後プロセシングのために小胞体に直接入る。現在では {{Fibrous proteins/ja}} ...

...espiration]] or [[aerobic respiration]]. In addition, the cycle provides [[precursor (chemistry)|precursors]] of certain [[amino acid]]s, as well as the [[reduc ...h of carbon dioxide and water. Through [[catabolism]] of sugars, fats, and proteins, the two-carbon organic product acetyl-CoA is produced which enters the cit ...