ONKI3 | Medical Subject Headings

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The way property values are displayed: value/row values side by side

The way concept relations are shown: separately in hierarchy

Enzyme Activation

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Hierarchy:	Medical Subject Headings (MeSH) ∟ Biochemical Phenomena, Metabolism, and Nutrition ∟ Biochemical Phenomena ∟ Enzyme Activation 74 coordinate concepts ∟ Absorption \| ∟ Acylation \| ∟ Alkylation \| ∟ Amination \| ∟ Autotrophic Processes \| ∟ Biological Transport \| ∟ Biotinylation \| ∟ Carbohydrate Metabolism \| ∟ Cyclization \| ∟ Dealkylation \| ∟ Deamination \| ∟ Decarboxylation \| ∟ Dimerization \| ∟ Electron Transport \| ∟ Energy Metabolism \| ∟ Enterohepatic Circulation \| ∟ Esterification \| ∟ Glycosylation \| ∟ Heterotrophic Processes \| ∟ Hydrogenation \| ∟ Hydrolysis \| ∟ Hydroxylation \| ∟ Kallikrein-Kinin System \| ∟ Lipid Metabolism \| ∟ Metabolic Networks and Pathways \| ∟ Nitrosation \| ∟ Oxidative Stress \| ∟ Oxygen Consumption \| ∟ Peptide Biosynthesis \| ∟ Pharmacokinetics \| ∟ Phosphorylation \| ∟ Phototrophic Processes \| ∟ Protein Binding \| ∟ Renin-Angiotensin System \| ∟ RNA Processing, Post-Transcriptional \| ∟ Secretory Rate \| ∟ Substrate Cycling \| ∟ Tissue Distribution \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Down-Regulation \| ∟ Energy Transfer \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Structure-Activity Relationship \| ∟ Substrate Specificity \| ∟ Up-Regulation \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance Medical Subject Headings (MeSH) ∟ Biochemical Phenomena, Metabolism, and Nutrition ∟ Metabolism ∟ Enzyme Activation 74 coordinate concepts ∟ Absorption \| ∟ Acylation \| ∟ Alkylation \| ∟ Amination \| ∟ Autotrophic Processes \| ∟ Biological Transport \| ∟ Biotinylation \| ∟ Carbohydrate Metabolism \| ∟ Cyclization \| ∟ Dealkylation \| ∟ Deamination \| ∟ Decarboxylation \| ∟ Dimerization \| ∟ Electron Transport \| ∟ Energy Metabolism \| ∟ Enterohepatic Circulation \| ∟ Esterification \| ∟ Glycosylation \| ∟ Heterotrophic Processes \| ∟ Hydrogenation \| ∟ Hydrolysis \| ∟ Hydroxylation \| ∟ Kallikrein-Kinin System \| ∟ Lipid Metabolism \| ∟ Metabolic Networks and Pathways \| ∟ Nitrosation \| ∟ Oxidative Stress \| ∟ Oxygen Consumption \| ∟ Peptide Biosynthesis \| ∟ Pharmacokinetics \| ∟ Phosphorylation \| ∟ Phototrophic Processes \| ∟ Protein Binding \| ∟ Renin-Angiotensin System \| ∟ RNA Processing, Post-Transcriptional \| ∟ Secretory Rate \| ∟ Substrate Cycling \| ∟ Tissue Distribution \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Down-Regulation \| ∟ Energy Transfer \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Structure-Activity Relationship \| ∟ Substrate Specificity \| ∟ Up-Regulation \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance X
Broader terms:	Medical Subject Headings (MeSH) ∟ Biochemical Phenomena, Metabolism, and Nutrition ∟ Biochemical Phenomena ∟ Enzyme Activation Medical Subject Headings (MeSH) ∟ Biochemical Phenomena, Metabolism, and Nutrition ∟ Metabolism ∟ Enzyme Activation Biochemical Phenomena > Biochemical Phenomena, Metabolism, and Nutrition > Medical Subject Headings (MeSH) Metabolism > Biochemical Phenomena, Metabolism, and Nutrition > Medical Subject Headings (MeSH) X
Annotation:	IM for general only; NIM with specific enzyme (IM); "enzyme reactivation": coord IM with specific enzyme /metab (IM) + ENZYME REACTIVATORS (IM) if discussed (see note there) X
historyNote*:	76(69); was see under BIOCHEMISTRY 1975 X
publicMeSHNote*:	76; was see under BIOCHEMISTRY 1975 X
Scope note:	Conversion of an inactive form of an enzyme to one possessing metabolic activity. It includes 1, activation by ions (activators); 2, activation by cofactors (coenzymes); and 3, conversion of an enzyme precursor (proenzyme or zymogen) to an active enzyme. X
activeMeSHYear*:	2005 \| 2006 \| 2007X
dateCreated*:	1999-01-01X
dateEstablished*:	1976-01-01X
dateRevised*:	2004-07-07X
recordAuthorizer*:	sjnX
recordMaintainer*:	wdjX
recordOriginator*:	NLMX
Type:	Concept X
Coordinate terms:	Absorption \| Acylation \| Alkylation \| Amination \| Autotrophic Processes \| Biological Transport \| Biotinylation \| Carbohydrate Metabolism \| Cyclization \| Dealkylation \| Deamination \| Decarboxylation \| Dimerization \| Electron Transport \| Energy Metabolism \| Enterohepatic Circulation \| Esterification \| Glycosylation \| Heterotrophic Processes \| Hydrogenation \| Hydrolysis \| Hydroxylation \| Kallikrein-Kinin System \| Lipid Metabolism \| Metabolic Networks and Pathways \| Nitrosation \| Oxidative Stress \| Oxygen Consumption \| Peptide Biosynthesis \| Pharmacokinetics \| Phosphorylation \| Phototrophic Processes \| Protein Binding \| Renin-Angiotensin System \| RNA Processing, Post-Transcriptional \| Secretory Rate \| Substrate Cycling \| Tissue Distribution \| Acid-Base Equilibrium \| Aerobiosis \| Allosteric Regulation \| Amino Acid Substitution \| Anaerobiosis \| Base Composition \| Binding Sites \| Body Composition \| Brain Chemistry \| Calcification, Physiologic \| Diffusion \| Down-Regulation \| Energy Transfer \| Enzyme Stability \| Fermentation \| Ion Transport \| Membrane Fluidity \| Molecular Mimicry \| Molecular Structure \| Nitrogen Fixation \| Nucleic Acid Denaturation \| Nucleic Acid Hybridization \| Nucleic Acid Renaturation \| Osmosis \| Protein Denaturation \| Protein Folding \| Protein Hybridization \| Protein Renaturation \| RNA Stability \| Sequence Homology \| Signal Transduction \| Structure-Activity Relationship \| Substrate Specificity \| Up-Regulation \| Virus Replication \| Water-Electrolyte Balance X
URI:	X
Labels and equivalent concepts:	Entsyymiaktivaatio (fi) Entsyymin aktivaatio (fi, replaced) Entsyymien aktivaatio (fi, replaced) Enzymaktivering (sv) X
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