-
Transcription factor II H (
TFIIH) is an
important protein complex,
having roles in
transcription of
various protein-coding
genes and DNA
nucleotide excision...
- (
TFIIH) is the key
enzyme involved in dual excision.
TFIIH and XPG are
first recruited to the site of DNA
damage (XPG
stabilizes TFIIH). The
TFIIH subunits...
-
attracts and
regulates TFIIH TFIIF –
stabilizes RNA
polymerase interaction with TBP and TFIIB;
helps attract TFIIE and
TFIIH TFIIH –
unwinds DNA at the...
-
recruits TFIIH to the
initiation complex and
stimulates the RNA
polymerase II C-terminal
domain kinase and DNA-dependent
ATPase activities of
TFIIH. Both...
- bubble.
TFIIH enters the complex.
TFIIH is a
large protein complex that
contains among others the CDK7/cyclin H
kinase complex and a DNA helicase.
TFIIH has...
- type B) is an ATP-dependent DNA
helicase in
humans that is a part of the
TFIIH transcription factor complex. The 3D-structure of the
archaeal homolog of...
- six
general transcription factors: TFIIA, TFIIB, TFIID, TFIIE, TFIIF, and
TFIIH.
Additional regulatory complexes (such as the
mediator coactivator and chromatin...
- of
archaeal TFE), TFIIF, and
TFIIH. The
TFIID is the
first component to bind to DNA due to
binding of TBP,
while TFIIH is the last
component to be recruited...
-
factors for RNA
polymerase II
include TFIID, TFIIA, TFIIB, TFIIF, TFIIE, and
TFIIH. The transcription, a
complete set of
general transcription factors and...
-
forms of CAK have been identified: free CAK and
TFIIH-****ociated CAK. Free CAK is more
abundant than
TFIIH-****ociated CAK. Free CAK
phosphorylates Cdks and...
