TemplateReaction

Definiton: An interaction where a macromolecule is polymerized from a template macromolecule. Rationale: This is an abstraction over multiple (not explicitly stated) biochemical reactions. The ubiquitous molecules (NTP and amino acids) consumed are also usually omitted. Template reaction is non-stoichiometric, does not obey law of mass conservation and temporally non-atomic. It, however, provides a mechanism to capture processes that are central to all living organisms. Usage: Regulation of TemplateReaction, e.g. via a transcription factor can be captured using TemplateReactionRegulation. TemplateReaction can also be indirect for example, it is not necessary to represent intermediary mRNA for describing expression of a protein. It was decided to not subclass TemplateReaction to subtypes such as transcription of translation for the sake of simplicity. If needed these subclasses can be added in the future. Examples: Transcription, translation, replication, reverse transcription. E.g. DNA to RNA is transcription, RNA to protein is translation and DNA to protein is protein expression from DNA.

Source:http://www.biopax.org/release/biopax-level3.owl#TemplateReaction

Statements in which the resource exists.
SubjectPredicateObjectContext
biopax3:TemplateReactionrdf:typeowl:Classlld:biopax3
biopax3:TemplateReactionrdf:typeowl:Classlld:intact
biopax3:TemplateReactionrdf:typeowl:Classlld:mint
biopax3:TemplateReactionrdfs:commentDefiniton: An interaction where a macromolecule is polymerized from a template macromolecule. Rationale: This is an abstraction over multiple (not explicitly stated) biochemical reactions. The ubiquitous molecules (NTP and amino acids) consumed are also usually omitted. Template reaction is non-stoichiometric, does not obey law of mass conservation and temporally non-atomic. It, however, provides a mechanism to capture processes that are central to all living organisms. Usage: Regulation of TemplateReaction, e.g. via a transcription factor can be captured using TemplateReactionRegulation. TemplateReaction can also be indirect for example, it is not necessary to represent intermediary mRNA for describing expression of a protein. It was decided to not subclass TemplateReaction to subtypes such as transcription of translation for the sake of simplicity. If needed these subclasses can be added in the future. Examples: Transcription, translation, replication, reverse transcription. E.g. DNA to RNA is transcription, RNA to protein is translation and DNA to protein is protein expression from DNA.lld:biopax3
biopax3:TemplateReactionrdfs:commentDefiniton: An interaction where a macromolecule is polymerized from a template macromolecule. Rationale: This is an abstraction over multiple (not explicitly stated) biochemical reactions. The ubiquitous molecules (NTP and amino acids) consumed are also usually omitted. Template reaction is non-stoichiometric, does not obey law of mass conservation and temporally non-atomic. It, however, provides a mechanism to capture processes that are central to all living organisms. Usage: Regulation of TemplateReaction, e.g. via a transcription factor can be captured using TemplateReactionRegulation. TemplateReaction can also be indirect for example, it is not necessary to represent intermediary mRNA for describing expression of a protein. It was decided to not subclass TemplateReaction to subtypes such as transcription of translation for the sake of simplicity. If needed these subclasses can be added in the future. Examples: Transcription, translation, replication, reverse transcription. E.g. DNA to RNA is transcription, RNA to protein is translation and DNA to protein is protein expression from DNA.lld:intact
biopax3:TemplateReactionrdfs:commentDefiniton: An interaction where a macromolecule is polymerized from a template macromolecule. Rationale: This is an abstraction over multiple (not explicitly stated) biochemical reactions. The ubiquitous molecules (NTP and amino acids) consumed are also usually omitted. Template reaction is non-stoichiometric, does not obey law of mass conservation and temporally non-atomic. It, however, provides a mechanism to capture processes that are central to all living organisms. Usage: Regulation of TemplateReaction, e.g. via a transcription factor can be captured using TemplateReactionRegulation. TemplateReaction can also be indirect for example, it is not necessary to represent intermediary mRNA for describing expression of a protein. It was decided to not subclass TemplateReaction to subtypes such as transcription of translation for the sake of simplicity. If needed these subclasses can be added in the future. Examples: Transcription, translation, replication, reverse transcription. E.g. DNA to RNA is transcription, RNA to protein is translation and DNA to protein is protein expression from DNA.lld:mint
biopax3:TemplateReactionowl:disjointWithbiopax3:Controllld:biopax3
biopax3:TemplateReactionowl:disjointWithbiopax3:Controllld:intact
biopax3:TemplateReactionowl:disjointWithbiopax3:Controllld:mint
biopax3:TemplateReactionowl:disjointWithbiopax3:GeneticInteractionlld:biopax3
biopax3:TemplateReactionowl:disjointWithbiopax3:GeneticInteractionlld:intact
biopax3:TemplateReactionowl:disjointWithbiopax3:GeneticInteractionlld:mint
biopax3:TemplateReactionrdfs:subClassOfbiopax3:Interactionlld:biopax3
biopax3:TemplateReactionrdfs:subClassOfbiopax3:Interactionlld:intact
biopax3:TemplateReactionrdfs:subClassOfbiopax3:Interactionlld:mint
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.pantherdb.org/pa...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.pantherdb.org/pa...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://www.reactome.org/bio...rdf:typebiopax3:TemplateReactionlld:biopax3
http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
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http://pid.nci.nih.gov/biop...rdf:typebiopax3:TemplateReactionlld:biopax3
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