ONKI3 | Medical Subject Headings

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The way concept relations are shown: separately in hierarchy

Nucleic Acid Hybridization

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Hierarchy:	Medical Subject Headings (MeSH) ∟ Biochemical Phenomena, Metabolism, and Nutrition ∟ Biochemical Phenomena ∟ Nucleic Acid Hybridization 64 coordinate concepts 4 subordinate concepts ∟ Branched DNA Signal Amplification Assay \| ∟ Heteroduplex Analysis \| ∟ In Situ Hybridization \| ∟ Oligonucleotide Array Sequence Analysis ∟ Chromatin Immunoprecipitation \| ∟ Chromosome Mapping \| ∟ Cloning, Molecular \| ∟ Cloning, Organism \| ∟ Contig Mapping \| ∟ Crosses, Genetic \| ∟ Cytogenetic Analysis \| ∟ DNA Fingerprinting \| ∟ DNA Footprinting \| ∟ Epidemiology, Molecular \| ∟ Gene Expression Profiling \| ∟ Gene Targeting \| ∟ Gene Transfer Techniques \| ∟ Genetic Engineering \| ∟ Heterozygote Detection \| ∟ In Situ Nick-End Labeling \| ∟ Molecular Diagnostic Techniques \| ∟ Molecular Probe Techniques \| ∟ Mutagenicity Tests \| ∟ Nuclear Transfer Techniques \| ∟ Nuclease Protection Assays \| ∟ Nucleic Acid Amplification Techniques \| ∟ Nucleic Acid Denaturation \| ∟ Pedigree \| ∟ Restriction Mapping \| ∟ Sequence Alignment \| ∟ Sequence Analysis \| ∟ 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 Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ 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) ∟ Investigative Techniques ∟ Genetic Techniques ∟ Nucleic Acid Hybridization 64 coordinate concepts 4 subordinate concepts ∟ Branched DNA Signal Amplification Assay \| ∟ Heteroduplex Analysis \| ∟ In Situ Hybridization \| ∟ Oligonucleotide Array Sequence Analysis ∟ Chromatin Immunoprecipitation \| ∟ Chromosome Mapping \| ∟ Cloning, Molecular \| ∟ Cloning, Organism \| ∟ Contig Mapping \| ∟ Crosses, Genetic \| ∟ Cytogenetic Analysis \| ∟ DNA Fingerprinting \| ∟ DNA Footprinting \| ∟ Epidemiology, Molecular \| ∟ Gene Expression Profiling \| ∟ Gene Targeting \| ∟ Gene Transfer Techniques \| ∟ Genetic Engineering \| ∟ Heterozygote Detection \| ∟ In Situ Nick-End Labeling \| ∟ Molecular Diagnostic Techniques \| ∟ Molecular Probe Techniques \| ∟ Mutagenicity Tests \| ∟ Nuclear Transfer Techniques \| ∟ Nuclease Protection Assays \| ∟ Nucleic Acid Amplification Techniques \| ∟ Nucleic Acid Denaturation \| ∟ Pedigree \| ∟ Restriction Mapping \| ∟ Sequence Alignment \| ∟ Sequence Analysis \| ∟ 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 Activation \| ∟ Enzyme Stability \| ∟ Fermentation \| ∟ Ion Transport \| ∟ Membrane Fluidity \| ∟ Molecular Mimicry \| ∟ Molecular Structure \| ∟ Nitrogen Fixation \| ∟ Nitrosation \| ∟ Nucleic Acid Renaturation \| ∟ Osmosis \| ∟ Protein Binding \| ∟ 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 ∟ Nucleic Acid Hybridization Medical Subject Headings (MeSH) ∟ Investigative Techniques ∟ Genetic Techniques ∟ Nucleic Acid Hybridization Biochemical Phenomena > Biochemical Phenomena, Metabolism, and Nutrition > Medical Subject Headings (MeSH) Genetic Techniques > Investigative Techniques > Medical Subject Headings (MeSH) X
Narrower terms:	Branched DNA Signal Amplification Assay \| Heteroduplex Analysis \| In Situ Hybridization \| Oligonucleotide Array Sequence Analysis X
Annotation:	IM general only; coord NIM with DNA or RNA or specific (IM); IN SITU HYBRIDIZATION & IN SITU HYBRIDIZATION, FLUORESCENCE are available X
History note:	DNA (1966-1970) \| RNA (1966-1970)X
historyNote*:	72(71) X
publicMeSHNote*:	72 X
Scope note:	Widely used technique which exploits the ability of complementary sequences in single-stranded DNAs or RNAs to pair with each other to form a double helix. Hybridization can take place between two complimentary DNA sequences, between a single-stranded DNA and a complementary RNA, or between two RNA sequences. The technique is used to detect and isolate specific sequences, measure homology, or define other characteristics of one or both strands. (Kendrew, Encyclopedia of Molecular Biology, 1994, p503) X
activeMeSHYear*:	1997 \| 1998 \| 1999 \| 2000 \| 2001 \| 2002 \| 2003 \| 2004 \| 2005 \| 2005A \| 2006 \| 2007X
dateCreated*:	1999-01-01X
dateEstablished*:	1972-01-01X
dateRevised*:	2004-07-29X
recordAuthorizer*:	jlsX
recordMaintainer*:	jlsX
recordOriginator*:	NLMX
Related term:	Blotting, Southern X
Type:	Concept X
Coordinate terms:	Chromatin Immunoprecipitation \| Chromosome Mapping \| Cloning, Molecular \| Cloning, Organism \| Contig Mapping \| Crosses, Genetic \| Cytogenetic Analysis \| DNA Fingerprinting \| DNA Footprinting \| Epidemiology, Molecular \| Gene Expression Profiling \| Gene Targeting \| Gene Transfer Techniques \| Genetic Engineering \| Heterozygote Detection \| In Situ Nick-End Labeling \| Molecular Diagnostic Techniques \| Molecular Probe Techniques \| Mutagenicity Tests \| Nuclear Transfer Techniques \| Nuclease Protection Assays \| Nucleic Acid Amplification Techniques \| Nucleic Acid Denaturation \| Pedigree \| Restriction Mapping \| Sequence Alignment \| Sequence Analysis \| 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 Activation \| Enzyme Stability \| Fermentation \| Ion Transport \| Membrane Fluidity \| Molecular Mimicry \| Molecular Structure \| Nitrogen Fixation \| Nitrosation \| Nucleic Acid Renaturation \| Osmosis \| Protein Binding \| 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:	Nukleiinihappohybridisaatio (fi) DNA-hybridisaatio (fi, replaced) Nukleinsyrahybridisering (sv) Hybridisering, nukleinsyra (sv, replaced) X
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