… transcription termination pathway operates, influencing the stability of a few protein-coding
transcripts … Decay kinetics of representative transcription-elongation-defective ACT1-Tad and …

… from early log phase cultures or from G1 arrest/release kinetics was extracted using TRIzol
(… T7 RNA polymerase was added to initiate transcription and the resulting RNA products were …

… RNA polymerase II … Interestingly, while AUG-starting uORFs tend to compete with the main
ORF, mRNAs … complex effect on translation: reducing the kinetics of codon–anti-codon pairing …

… of transcription velocity to each annotated TU, by integration of RNA polymerase II (Pol II) …
After explaining transcription velocity with chromatin features, we also evaluated its genome-…

… RNA polymerase II profile does not change in GAL1p:LYS2:Sμ350…..58 3.2.5. RNA
polymerase II … damages by two different and competing pathways: nonhomologous end joining (…

… to the 5’ end of the products of the RNA polymerase II. The m7G … In the Sen1-dependent
termination the set of proteins that … The kinetic competition between Rat1 and the Poll II for the …

… silenced for Pol II by an unknown mechanism coupled to Sen1-dependent termination of
an … The dynamic telestem and U6 ISL structures may help U6 molecules avoid kinetic or …

… are synthesized by RNA polymerase II (pol II). The residence time of mRNAs on chromatin
is inherently linked to the kinetics of transcription. The amount of time required to transcribe a …

… Cryptic unstable transcripts (CUTs) comprise a fraction of the unstable RNA population in …
-coding RNAs (ncRNAs) are RNA polymerase II transcribed and capped, but are terminated …

… Consistent with this hypothesis, K363R mutation decreases RNA binding of the Nab3 RRM
in vitro and causes transcription termination defects in vivo. These findings reveal crucial …