about
General transcription factor IIBNegative elongation factor complex member BRNA polymerase II, I and III subunit LNegative elongation factor complex member ECTD phosphatase subunit 1Cyclin T1Negative elongation factor complex member C/DRNA polymerase II subunit CMyoD family inhibitor domain containingNegative elongation factor complex member ARNA polymerase II, I and III subunit EGeneral transcription factor IIF subunit 1General transcription factor IIF subunit 2RNA polymerase II subunit DRNA polymerase II subunit BRNA polymerase II subunit IRNA polymerase II subunit GRNA polymerase II subunit JRNA polymerase II, I and III subunit KRNA polymerase II, I and III subunit FTransmembrane protein 229ASPT5 homolog, DSIF elongation factor subunitProfilin 1RNA polymerase II, I and III subunit HRemodeling and spacing factor 1SPT4 homolog, DSIF elongation factor subunitDExH-box helicase 9DEAH (Asp-Glu-Ala-His) box polypeptide 9Profilin 1MyoD family inhibitor domain containingNotch 1Mitogen-activated protein kinase kinase kinase 1Profilin 1DExH-box helicase 9MyoD family inhibitor domain containingGeneral transcription factor IIBCyclin dependent kinase 9General transcription factor IIBRemodeling and spacing factor 1RNA polymerase II subunit A
P682
Molecular cloning of a novel human I-mfa domain-containing protein that differently regulates human T-cell leukemia virus type I and HIV-1 expressionHepatitis B virus pX interacts with HBXAP, a PHD finger protein to coactivate transcriptionDirect interaction of TFIIB and the IE protein of equine herpesvirus 1 is required for maximal trans-activation functionA Role of RNA Helicase A in cis-Acting Transactivation Response Element-mediated Transcriptional Regulation of Human Immunodeficiency Virus Type 1.
P921
Q15316628-1E18460A-8272-4206-A796-D88101B1D461Q21100480-E9763C20-E358-4CD5-A2CD-2BC20C01C54EQ21109488-5D7FD64D-2FF0-4F69-83C8-349B2A02A880Q21112969-5F892847-C4C4-434D-B5DF-DE6E586CA09BQ21114245-3C3A58E9-7FD4-42CE-8746-DCF8222B42F4Q21116327-B8CF21FB-7472-4070-906F-8BE9C9F6A0A7Q21116693-7B2E3129-E2B8-432F-AB2C-E0719117EDABQ21116809-DA87CFCA-2173-4DE5-98C3-5551500D6857Q21119426-0722BB7C-3E2E-4E5D-AFCB-9606ED0FE852Q21119426-B1730CEF-1EBE-408F-999A-F4E49D344308Q21119571-F257278F-504A-4C48-8DC1-F2CB7C2582ABQ21120534-6ACDEA8D-FCFE-4D32-A443-BD1845FA576CQ21120536-DA409A4A-99E7-42B4-AC9B-6E35ECF49B5EQ21123369-920ED2C6-0530-4A07-9A24-8C4F6E098E32Q21123389-124E1D62-5C7E-4AFE-95A5-C2BA6DD0C886Q21123390-B319429C-5C79-4ADC-852E-5DE37C604B11Q21123392-0127DB46-5CCB-49D0-8EA9-74215FAB56A8Q21123393-33A7412D-9866-49C0-BC0B-CA8EEED64A08Q21127098-0E9C022D-D622-48F6-9D4D-A8BD46D211F5Q21127100-56D951FE-D808-4AC0-996F-6F20AFAB7646Q21127104-22359AD9-D008-4B64-AAD2-C4FD19B760ACQ21133982-CC401355-0D88-4DAD-AB0E-DC6FFFB3A0F0Q21134455-04A93118-A025-49B3-937C-4252CB799200Q21134471-703426D3-A614-40E7-A47D-8FDA31DCF351Q21135042-69182FE5-ADD0-4500-AAB7-6163F72444CAQ21135047-54AAA307-1739-463A-B08D-0C711D6F9567Q21135689-D2B355C8-3C2B-426B-BEB2-D3946586C339Q21173283-5F0B29D5-1DF3-4D27-95B6-5C5237E70AD1Q21983184-0D9398E0-F960-4164-9AF8-96C258DFC3E9Q21985027-5E9B1218-383C-45E7-B776-A0B161854B00Q21985027-CF832A12-5167-43EC-93E8-0E463F1F336BQ21986128-884DFEA2-0212-4BBB-8AB6-E7214B6FACE2Q21986193-8CCCB378-A3AA-48ED-818F-84C1484B2890Q28561277-3CE1FE5D-D291-421E-95BA-ADD1B50C366BQ28561711-38BA9F91-FD44-4D55-BBA1-57415AA8BDE1Q29525834-7B2C44A8-EC37-42FF-A76D-1A69F0EA986AQ29525881-3F0F2E5D-BB32-4934-BB51-DE483F825853Q425812-3DAC1972-962C-4C36-9097-0F9B5DAA6AFEQ5198256-05AE5DEB-87E8-4E1B-B784-081100C1873FQ55202358-62D65BCF-93D4-4224-B14B-66B070E2D58F
P682
description
Any process that activates or ...... extent of viral transcription.
@en
biologisch proces
@nl
name
positive regulation of viral transcription
@en
type
label
positive regulation of viral transcription
@en
altLabel
GO:0050434
@en
up regulation of viral transcription
@en
up-regulation of viral transcription
@en
upregulation of viral transcription
@en
prefLabel
positive regulation of viral transcription
@en
P2888
P686
GO:0050434