… Data analysis for the kinetics of transcription elongation Upon obtaining FRET time
trajectories from individual ECs, we extract the kinetic rate constants of transcription elongation …

… for efficient termination of RNA polymerase II transcription of … defects in Sen1-dependent
transcription termination. The … SEN1 mutations on Pol II transcription termination. Functions …

… considered when assessing their effect on the RNA degradation kinetics of Xrn2. We …
U1 complex of the spliceosome104, which may indicate that there is a competition between …

… , transcription termination occurs at a position influenced by a kinetic competition between pol
II and termination factor … The mechanisms that influence the release of 5’ paused pol II and …

… Recent work demonstrated existence of a kinetic competition between Pol II elongation and
… , we reasoned that sites with Pol II readthrough should still roadblock DNA Pol δ. Indeed, we …

… of Rpb1p, the largest subunit of RNA Pol II (indicated by an arrow). … the nascent RNA and
induces termination of transcription (… Quality control by kinetic competition obviates the need for …

… , but not rrm3, builds up RNA polymerase II (RNPII) at TERs and telomeres. … We then analyzed
the kinetics of appearance and … Sen1dependent RNPII accumulation compared to rrm3D. …

… domain (CTD) of RNA polymerase II. Because this interaction … Our data suggest that
Nrd1-Nab3 can terminate transcription of … by kinetic competition between Nrd1-Nab3 and the CPF …

… sites, whereas enhanced elongation rates favor 3′ end formation at … a kinetic competition
between RNAPII elongation and 3′ end selection. Recently, we reported that transcription of …

… termination factors described above, RNA polymerase pausing is a strict requirement for
Sen1-dependent termination … for a kinetic competition between termination and RNAPII …