Sentence examples for polymerase support from inspiring English sources

While it is highly probable that only a subset of all DNA proteins made during early DNA virus evolution has been transferred to cells,7 recent phylogenetic reconstructions of homologous proteins likely to be important in the RNA to DNA RNA transition (i.e., DNA-dependent RNA Polymerase) support the idea that several large dsDNA viruses are more related to Archaea and Eukarya then to Bacteria.

Finally, low-specificity phage-type RNA polymerases support transcription despite the loss of canonical PEP-promoters.

With SOS, mutation frequency (MF) increased to 21% and 56% for O-Me-dT and O-POB-dT, respectively, which indicates a high frequency of errors in TLS by the SOS DNA polymerases (Supporting Information, Table S1 and S2).

A combination of mutational analyses and the use of an alternate DNA polymerase provide support for a model in which a single PCNA ring acts as the assembly platform for an Okazaki fragment maturation complex composed of PolB1, Fen1 and Lig1.

Preliminary phylogenetic analyses of a 1448 bp fragment of the putative DNA polymerase gene supported inclusion of ENV in a proposed sixth genus of the family Iridoviridae that contains other erythrocytic viruses from ectothermic hosts.

In some experiments, U373MG cells expressing a T7 RNA polymerase, which supported HCMV lytic replication, were co-transfected with the constructs that were used for the YTH analysis.

A separate phylogeny based on four concatenated RNA polymerase subunits supports these conclusions (Additional file 3).

The striking structural similarities between the single-chain LACV and heterotrimeric influenza polymerases strongly support the idea of an evolutionary common ancestor.

The existence of a polymerase is supported by the barley PA mutant ant26, containing amounts of -catechin equivalent to wild-type content but only trace amounts of PAs [ 72].

However, computer modeling by an updated version of CHIPMOD (Ehrensberger et al., 2013), which can now also simulate stochastic and rare polymerase behavior, supports the idea that transcription stress can be detected even if such events are very rare.

For example, the analyses of ribosomal RNA data supports the sister relationship between Glomeromycota and Dikarya (Ascomycota plus Basidiomycota) [ 29], while analysis of genes encoding the largest and second-largest subunits of the nuclear RNA polymerase II supports the monophyly of Zygomycota in its traditional definition [ 25].