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

Structure-Activity Relationship

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Hierarchy:	Medical Subject Headings (MeSH) ∟ Biochemical Phenomena, Metabolism, and Nutrition ∟ Biochemical Phenomena ∟ Structure-Activity Relationship 57 coordinate concepts 1 subordinate concept ∟ Quantitative Structure-Activity Relationship ∟ Catalysis \| ∟ Histocytochemistry \| ∟ Immunochemistry \| ∟ Neurochemistry \| ∟ Proteomics \| ∟ Biopharmaceutics \| ∟ Cytoprotection \| ∟ Depression, Chemical \| ∟ Dose-Response Relationship, Drug \| ∟ Down-Regulation \| ∟ Drug Design \| ∟ Drug Interactions \| ∟ Drug Resistance \| ∟ Drug Tolerance \| ∟ Inhibitory Concentration 50 \| ∟ Kinetics \| ∟ Lethal Dose 50 \| ∟ Maximum Tolerated Dose \| ∟ No-Observed-Adverse-Effect Level \| ∟ Stimulation, Chemical \| ∟ Up-Regulation \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Energy Transfer \| ∟ Enzyme Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Substrate Specificity \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance Medical Subject Headings (MeSH) ∟ Biological Sciences ∟ Biochemistry ∟ Structure-Activity Relationship 57 coordinate concepts 1 subordinate concept ∟ Quantitative Structure-Activity Relationship ∟ Catalysis \| ∟ Histocytochemistry \| ∟ Immunochemistry \| ∟ Neurochemistry \| ∟ Proteomics \| ∟ Biopharmaceutics \| ∟ Cytoprotection \| ∟ Depression, Chemical \| ∟ Dose-Response Relationship, Drug \| ∟ Down-Regulation \| ∟ Drug Design \| ∟ Drug Interactions \| ∟ Drug Resistance \| ∟ Drug Tolerance \| ∟ Inhibitory Concentration 50 \| ∟ Kinetics \| ∟ Lethal Dose 50 \| ∟ Maximum Tolerated Dose \| ∟ No-Observed-Adverse-Effect Level \| ∟ Stimulation, Chemical \| ∟ Up-Regulation \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Energy Transfer \| ∟ Enzyme Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Substrate Specificity \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance Medical Subject Headings (MeSH) ∟ Biological Sciences ∟ Pharmacology ∟ Chemistry, Pharmaceutical ∟ Structure-Activity Relationship 57 coordinate concepts 1 subordinate concept ∟ Quantitative Structure-Activity Relationship ∟ Catalysis \| ∟ Histocytochemistry \| ∟ Immunochemistry \| ∟ Neurochemistry \| ∟ Proteomics \| ∟ Biopharmaceutics \| ∟ Cytoprotection \| ∟ Depression, Chemical \| ∟ Dose-Response Relationship, Drug \| ∟ Down-Regulation \| ∟ Drug Design \| ∟ Drug Interactions \| ∟ Drug Resistance \| ∟ Drug Tolerance \| ∟ Inhibitory Concentration 50 \| ∟ Kinetics \| ∟ Lethal Dose 50 \| ∟ Maximum Tolerated Dose \| ∟ No-Observed-Adverse-Effect Level \| ∟ Stimulation, Chemical \| ∟ Up-Regulation \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Energy Transfer \| ∟ Enzyme Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Substrate Specificity \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance Medical Subject Headings (MeSH) ∟ Chemical and Pharmacologic Phenomena ∟ Structure-Activity Relationship 57 coordinate concepts 1 subordinate concept ∟ Quantitative Structure-Activity Relationship ∟ Catalysis \| ∟ Histocytochemistry \| ∟ Immunochemistry \| ∟ Neurochemistry \| ∟ Proteomics \| ∟ Biopharmaceutics \| ∟ Cytoprotection \| ∟ Depression, Chemical \| ∟ Dose-Response Relationship, Drug \| ∟ Down-Regulation \| ∟ Drug Design \| ∟ Drug Interactions \| ∟ Drug Resistance \| ∟ Drug Tolerance \| ∟ Inhibitory Concentration 50 \| ∟ Kinetics \| ∟ Lethal Dose 50 \| ∟ Maximum Tolerated Dose \| ∟ No-Observed-Adverse-Effect Level \| ∟ Stimulation, Chemical \| ∟ Up-Regulation \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Energy Transfer \| ∟ Enzyme Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Substrate Specificity \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance Medical Subject Headings (MeSH) ∟ Health Occupations ∟ Pharmacology ∟ Chemistry, Pharmaceutical ∟ Structure-Activity Relationship 57 coordinate concepts 1 subordinate concept ∟ Quantitative Structure-Activity Relationship ∟ Catalysis \| ∟ Histocytochemistry \| ∟ Immunochemistry \| ∟ Neurochemistry \| ∟ Proteomics \| ∟ Biopharmaceutics \| ∟ Cytoprotection \| ∟ Depression, Chemical \| ∟ Dose-Response Relationship, Drug \| ∟ Down-Regulation \| ∟ Drug Design \| ∟ Drug Interactions \| ∟ Drug Resistance \| ∟ Drug Tolerance \| ∟ Inhibitory Concentration 50 \| ∟ Kinetics \| ∟ Lethal Dose 50 \| ∟ Maximum Tolerated Dose \| ∟ No-Observed-Adverse-Effect Level \| ∟ Stimulation, Chemical \| ∟ Up-Regulation \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Energy Transfer \| ∟ Enzyme Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Substrate Specificity \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Biochemistry ∟ Structure-Activity Relationship 57 coordinate concepts 1 subordinate concept ∟ Quantitative Structure-Activity Relationship ∟ Catalysis \| ∟ Histocytochemistry \| ∟ Immunochemistry \| ∟ Neurochemistry \| ∟ Proteomics \| ∟ Biopharmaceutics \| ∟ Cytoprotection \| ∟ Depression, Chemical \| ∟ Dose-Response Relationship, Drug \| ∟ Down-Regulation \| ∟ Drug Design \| ∟ Drug Interactions \| ∟ Drug Resistance \| ∟ Drug Tolerance \| ∟ Inhibitory Concentration 50 \| ∟ Kinetics \| ∟ Lethal Dose 50 \| ∟ Maximum Tolerated Dose \| ∟ No-Observed-Adverse-Effect Level \| ∟ Stimulation, Chemical \| ∟ Up-Regulation \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Energy Transfer \| ∟ Enzyme Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Substrate Specificity \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Chemistry, Pharmaceutical ∟ Structure-Activity Relationship 57 coordinate concepts 1 subordinate concept ∟ Quantitative Structure-Activity Relationship ∟ Catalysis \| ∟ Histocytochemistry \| ∟ Immunochemistry \| ∟ Neurochemistry \| ∟ Proteomics \| ∟ Biopharmaceutics \| ∟ Cytoprotection \| ∟ Depression, Chemical \| ∟ Dose-Response Relationship, Drug \| ∟ Down-Regulation \| ∟ Drug Design \| ∟ Drug Interactions \| ∟ Drug Resistance \| ∟ Drug Tolerance \| ∟ Inhibitory Concentration 50 \| ∟ Kinetics \| ∟ Lethal Dose 50 \| ∟ Maximum Tolerated Dose \| ∟ No-Observed-Adverse-Effect Level \| ∟ Stimulation, Chemical \| ∟ Up-Regulation \| ∟ Acid-Base Equilibrium \| ∟ Aerobiosis \| ∟ Allosteric Regulation \| ∟ Amino Acid Substitution \| ∟ Anaerobiosis \| ∟ Base Composition \| ∟ Binding Sites \| ∟ Body Composition \| ∟ Brain Chemistry \| ∟ Calcification, Physiologic \| ∟ Diffusion \| ∟ Energy Transfer \| ∟ Enzyme Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Denaturation \| ∟ Nucleic Acid Hybridization \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ Protein Denaturation \| ∟ Protein Folding \| ∟ Protein Hybridization \| ∟ Protein Renaturation \| ∟ RNA Stability \| ∟ Sequence Homology \| ∟ Signal Transduction \| ∟ Substrate Specificity \| ∟ Virus Replication \| ∟ Water-Electrolyte Balance X
Broader terms:	Medical Subject Headings (MeSH) ∟ Biochemical Phenomena, Metabolism, and Nutrition ∟ Biochemical Phenomena ∟ Structure-Activity Relationship Medical Subject Headings (MeSH) ∟ Biological Sciences ∟ Biochemistry ∟ Structure-Activity Relationship Medical Subject Headings (MeSH) ∟ Biological Sciences ∟ Pharmacology ∟ Chemistry, Pharmaceutical ∟ Structure-Activity Relationship Medical Subject Headings (MeSH) ∟ Chemical and Pharmacologic Phenomena ∟ Structure-Activity Relationship Medical Subject Headings (MeSH) ∟ Health Occupations ∟ Pharmacology ∟ Chemistry, Pharmaceutical ∟ Structure-Activity Relationship Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Biochemistry ∟ Structure-Activity Relationship Medical Subject Headings (MeSH) ∟ Natural Sciences ∟ Chemistry ∟ Chemistry, Pharmaceutical ∟ Structure-Activity Relationship Biochemical Phenomena > Biochemical Phenomena, Metabolism, and Nutrition > Medical Subject Headings (MeSH) Biochemistry > Biological Sciences > Medical Subject Headings (MeSH) Chemistry, Pharmaceutical > Pharmacology > Biological Sciences > Medical Subject Headings (MeSH) Chemical and Pharmacologic Phenomena > Medical Subject Headings (MeSH) Chemistry, Pharmaceutical > Pharmacology > Health Occupations > Medical Subject Headings (MeSH) Biochemistry > Chemistry > Natural Sciences > Medical Subject Headings (MeSH) Chemistry, Pharmaceutical > Chemistry > Natural Sciences > Medical Subject Headings (MeSH) X
Narrower terms:	Quantitative Structure-Activity Relationship X
Annotation:	NIM with specific drug IM; no qualif; DF: STRUCT ACTIV RELAT X
historyNote*:	72 X
publicMeSHNote*:	72 X
Scope note:	The relationship between the chemical structure of a compound and its biological or pharmacological activity. Compounds are often classed together because they have structural characteristics in common including shape, size, stereochemical arrangement, and distribution of functional groups. Other factors contributing to structure-activity relationship include chemical reactivity, electronic effects, resonance, and inductive effects. X
activeMeSHYear*:	2007X
dateCreated*:	1999-01-01X
dateEstablished*:	1972-01-01X
dateRevised*:	2006-07-05X
recordAuthorizer*:	sjnX
recordMaintainer*:	ssbX
recordOriginator*:	NLMX
Type:	Concept X
Coordinate terms:	Catalysis \| Histocytochemistry \| Immunochemistry \| Neurochemistry \| Proteomics \| Biopharmaceutics \| Cytoprotection \| Depression, Chemical \| Dose-Response Relationship, Drug \| Down-Regulation \| Drug Design \| Drug Interactions \| Drug Resistance \| Drug Tolerance \| Inhibitory Concentration 50 \| Kinetics \| Lethal Dose 50 \| Maximum Tolerated Dose \| No-Observed-Adverse-Effect Level \| Stimulation, Chemical \| Up-Regulation \| Acid-Base Equilibrium \| Aerobiosis \| Allosteric Regulation \| Amino Acid Substitution \| Anaerobiosis \| Base Composition \| Binding Sites \| Body Composition \| Brain Chemistry \| Calcification, Physiologic \| Diffusion \| Energy Transfer \| Enzyme Activation \| Enzyme Stability \| Fermentation \| Ion Transport \| Membrane Fluidity \| Molecular Mimicry \| Molecular Structure \| Nitrogen Fixation \| Nitrosation \| Nucleic Acid Denaturation \| Nucleic Acid Hybridization \| Nucleic Acid Renaturation \| Osmosis \| Protein Binding \| Protein Denaturation \| Protein Folding \| Protein Hybridization \| Protein Renaturation \| RNA Stability \| Sequence Homology \| Signal Transduction \| Substrate Specificity \| Virus Replication \| Water-Electrolyte Balance X
URI:	X
Labels and equivalent concepts:	Rakenne-toimintasuhde (fi) Struktur-aktivitet-relation (sv) X
Share:	X