1                                              RNA pol I polymerases are generally active only in cells

2  DNA repair despite the presence of abundant RNA pol I transcription foci.

3 e rDNA binding activity is proposed to be an RNA pol I specific SWI/SNF type factor.

4 onduit for functional communications between RNA pol I and the terminator protein.

5 rotein gene promoter, which is controlled by RNA pol I.

6 as no effect on either pausing or release by RNA pol I or III.

7 protein-coding genes that are transcribed by RNA pol I.

8 anitin, a characteristic of transcription by RNA pol I.

9 florescence that supports promoter-dependent RNA pol I transcription in vitro.

10 mal genes, trans-cribed by RNA polymerase I (RNA pol I), are organized.

11 kers of gems and coiled bodies, and inhibits RNA pol I and pol II transcription in vivo.

12   Nevertheless, we show that a nonendogenous RNA pol I promoter drives efficient rescue of influenza

13 in universal transcription as a component of RNA pol I transcription complex.

14 ns between the TTD with the Rpa12 subunit of RNA pol I seem to be an integral part of the mechanism.

15 s by specific DNA bound proteins such as the RNA pol I termination factor, Reb1p, or lac repressor.

16 d in the ribosomal DNA (rDNA) in relation to RNA pol I transcription.

17 ranscribes the protein-coding genes, whereas RNA pol I transcribes the genes that encode the three RN