Protein Nucleic Acid Interactions in the Lambdoid Late Promoter and Early Transcribed RegionCornell University, 2000 - 372 pages |
Contents
single stranded DNA | 23 |
Function and Antitermination by Phage Lambda Q Protein | 41 |
Results | 53 |
Copyright | |
12 other sections not shown
Common terms and phrases
070 subunit 1mM DTT 35 element 82 pause addition amino acids antitermination arabinose Borukhov buffer Burgess cells cleavage factors cleaves DNA coli RNA polymerase conformational change conserved region core binding core enzyme crosslinking DNA binding downstream early transcribed region EDTA effect elongation complex elongation factors enzyme Escherichia coli FeBABE conjugated Figure gene Gre factors Gre proteins GreA and GreB half-life helix holoenzyme holoenzyme containing induces the pause interaction Kainz and Roberts KMnO4 footprinting Krummel and Chamberlin lambda Q lanes modified mutant mutant o70 mutant sigma nontemplate strand nucleotides Nudler oligo oligonucleotide open complex open promoter complex operon pause inducing sequence paused complex plasmid position promoter DNA promoter PR promoter recognition Q activity Q function Q modification reaction readthrough regulatory pause rifampicin RNAP rpoD RpoS Samples were removed sigma factors sigma subunit single stranded DNA stability strain structure synthesis template terminators upstream vitro transcription vivo wild type wildtype