Reference: Henry NL, et al. (1996)
Reference Help
Abstract
A yeast protein has been identified that stimulates basal transcription by RNA polymerase II, binds both single- and double-stranded DNA, and interacts with both a general transcription factor and a transcriptional activator. Phosphorylation appears to regulate these interactions. The gene for the transcriptional stimulatory protein, termed TSP1, was cloned and found to be dispensable for yeast cell viability. The deduced amino acid sequence is similar to that of mammalian coactivator protein PC4.
- Reference Type
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Journal Article |
Research Support, Non-U.S. Gov't |
Research Support, U.S. Gov't, P.H.S.
- Authors
-
Henry NL,
Bushnell DA,
Kornberg RD
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- SUB1 | DNA-directed RNA polymerase II complex
Gene Ontology Annotations
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| Evidence ID |
Analyze ID |
Gene/Complex |
Systematic Name/Complex Accession |
Qualifier |
Gene Ontology Term ID |
Gene Ontology Term |
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Annotation Extension |
Evidence |
Method |
Source |
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Reference |
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| Evidence ID |
Analyze ID |
Gene |
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Phenotype |
Experiment Type |
Experiment Type Category |
Mutant Information |
Strain Background |
Chemical |
Details |
Reference |
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Analyze ID |
Gene |
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Disease Ontology Term |
Disease Ontology Term ID |
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Reference |
Regulation Annotations
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| Evidence ID |
Analyze ID |
Regulator |
Regulator Systematic Name |
Target |
Target Systematic Name |
Direction |
Regulation of |
Happens During |
Regulator Type |
Direction |
Regulation Of |
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Evidence |
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Reference |
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Genetic Interactions
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Analyze ID |
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Interactor |
Interactor Systematic Name |
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| Interactor | Interactor | Assay | Annotation | Action | Modification |
|---|
| SUB1 | SUA7 | Reconstituted Complex | manually curated | Hit-Bait | No Modification |
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Locus ID |
Gene |
Species |
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Direction |
Details |
Source |
Reference |