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Proteins/UNIPROT:P53803
DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates. Common component of RNA polymerases I, II and III which synthesize ribosomal RNA precursors, mRNA precursors and many functional non-coding RNAs, and a small RNAs, such as 5S rRNA and tRNAs, respectively..
Function from UniProtKB (P53803), read 2026-09-23. CC BY 4.0.
Curated compounds routed: 0
339 statements
339 statements · 4 reference databases · Subject: POLR2K · Sources: gene ontology, Hetionet, Reactome, WikiPathways · Rows fetched: 300
2 reactions
6 names
Resolves to: POLR2K
Reaction pageLeft to rightBalance undeterminableEC 2.7.7.6, 2.7.7.19, 2.7.7.52nucleus
Human-GEM MAR07161CC BY 4.0Reference data
phosphate(3-)+MAM02847c0.18ADP+0.3CHEBI:17239+0.34GDP+0.18UDP
Catalysed by POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & PAPOLA & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT7 & POLR3C & POLR1E & POLR3F & POLR1B & POLR3E & MTPAP & POLR3B & POLR1H & POLR3K & POLR3H or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & PAPOLA & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT4 & POLR3C & POLR1E & POLR3F & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & PAPOLA & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & POLR3C & POLR1E & POLR3F & TUT1 & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT7 & POLR3C & PAPOLG & POLR1E & POLR3F & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT4 & POLR3C & PAPOLG & POLR1E & POLR3F & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & POLR3C & PAPOLG & POLR1E & POLR3F & TUT1 & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT7 & TENT2 & POLR3C & POLR1E & POLR3F & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT4 & TENT2 & POLR3C & POLR1E & POLR3F & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TENT2 & POLR3C & POLR1E & POLR3F & TUT1 & POLR1B & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT7 & POLR3C & POLR1E & POLR3F & POLR1B & PAPOLB & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & TUT4 & POLR3C & POLR1E & POLR3F & POLR1B & PAPOLB & POLR3E & or POLRMT & POLR3A & POLR1C & POLR3G & POLR2D & POLR1A & POLR3D & POLR1D & POLR2C & POLR2E & POLR2B & POLR2I & POLR2H & POLR2J & POLR2K & POLR2F & POLR2G & POLR2L & POLR3C & POLR1E & POLR3F & TUT1 & POLR1B & PAPOLB & POLR3E & and 12 more alternatives
Reaction pageLeft to rightBalance undeterminableEC 2.7.7.8cytosol
Human-GEM MAR07162CC BY 4.0Reference data