(1) The additional upstream footprint due to wild type RNA polymerase is indicated by the dashed bracket.

(2) T3 symbolizes the T3 RNA polymerase promoter of a bluescript plasmid.

(3) Component of prokaryotic RNA polymerase holoenzyme.

(4) "bubble" formed by RNA polymerase move in 10s?

(5) A specific semi-nested RT-PCR based on the RNA-dependent RNA polymerase gene in AF469603 of Chinese bee (Apis sinensis) sacbrood virus was established to detect Chinese bee sacbrood virus.

(6) Beta - exotoxin is an inhibitor of RNA polymerase and acts competitively with ATP in various biological processes.

(7) Suddenly, RNA polymerase is let go, raising along the DNA to read the gene.

(8) Briefly, most mature miRNAs are the products of RNA polymerase II-transcribed transcripts that have been processed by two RNase III enzymes, Drosha and Dicer.

(9) The RNA polymerase unzips a small portion of the DNA helix exposing the bases on each strand.

(10) Conclusion The influenza virus RNA polymerase PB1 1 is subcloned and expressed in E. coli successfully.

(11) We have compared the immunological properties of RNA polymerase B from 615 and L615 mouse livers in double immunodiffusion test.

(12) DNA molecule to which RNA polymerase binds, initiating the transcription of messenger RNA.

(13) A variety of RNA polymerase containing zinc, while the nuclear of acid reductase action is dependent on iron.

(14) The assembled factors include an RNA polymerase, the blue molecule.

(15) DNA molecule to RNA polymerase binds, initiating the transcription of RNA.

(16) Conclusion The protein, RNA polymerase subunit encoded putatively by the clone, is high conservative in different species.

(17) The discriminating factor between the three promoters appears to be the same for each RNA polymerase.

(18) The functional characteristics of these two strong promoters suggest that they are not optimized for a tight and stable RNA polymerase binding.

(19) In summary, we have identified two ORFs which encode RNA polymerase subunits with considerable similarity to their cellular counterparts.

(20) Indeed all the signatures of an active ternary complex are lost when these altered enzymes are substituted for wild-type RNA polymerase.

(21) How far along the DNA would the transcription "bubble" formed by RNA polymerase move in 10s?

(22) This study was aimed to establish a ST-based cell line stably expressing the T7 RNA polymerase[/rna polymerase.html], which can be used in the reverse genetic manipulation of CSFV and other swine RNA viruses.

(23) Current TB drugs known as rifamycins also act on RNA polymerase, but they do it in a different way.

(24) DNA saturation experiment is a convenient method for measuring the relative amount and specific activity of RNA polymerase.

(25) Two papers published in Nature describe the structure of a part of RNA polymerase, an important H5N1 virus enzyme that is responsible for virus replication in host cells.

(26) These results suggested that T7 promoter functions as cis-acting elements of RNA polymerase transcriptional system in eucaryotic cells.

(27) In H5N1, perhaps the most important of these proteins is RNA polymerase, which contains the instructions that allows the virus to copy itself along with all of its genetic material.

(28) Navarro and Gull found that the transcriptional body of the parasite uses a less abundant type of enzyme called RNA polymerase I to read the VSG genes.