DNA polymerase III holoenzyme is a 900 kD complex, possessing an essentially a dimerization subunit, and a processivity component.
22.
RNA polymerase core enzyme binds to the bacterial general transcription factor sigma to form RNA polymerase holoenzyme and then binds to a promoter.
23.
Mechanistically, promoter escape occurs through DNA scrunching, providing the energy needed to break interactions between RNA polymerase holoenzyme and the promoter.
24.
In order to bind promoters, RNAP core associates with the transcription initiation factor sigma ( ? ) to form RNA polymerase holoenzyme.
25.
In this system, the inactive form ( the apoenzyme ) becomes the active form ( the holoenzyme ) when the coenzyme binds.
26.
An enzyme together with the cofactor ( s ) required for activity is called a " holoenzyme " ( or haloenzyme ).
27.
The protein kinase is composed of two regulatory ( R ) subunits and two catalytic ( C ) subunits, creating a tetrameric holoenzyme.
28.
A proposed structure of the holoenzyme positions the water-filled central channel of the Gcd? dimer coaxial with the ion channel in Gcd?.
29.
Thus, the sum total of cellular GCL activity is equal to the activity of the holoenzyme + the activity of the remaining monomeric GCLC.
30.
CDK8 and cyclin C ( CCNC ) are components of the RNA polymerase II holoenzyme that phosphorylate the carboxy-terminal domain ( CTD ).
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