Sentence examples for autonomous replicating from inspiring English sources

We could therefore abandon the opposition between "metabolism first" and "replication first" and consider the emergence of genomes within the molecular environment of autonomous, replicating entities originally devoid of them as a sound alternative to current theories.

Other than in mammals, three CENP-B homologs have been described in fission yeast: Abp1 (Autonomous replicating sequence-binding protein 1), Cbh1 (CENP-B homolog 1), and Cbh2 (CENP-B homolog 2).

In the budding yeast, origins are defined by the presence of a small (10 15 bp) conserved DNA sequence, named autonomous replication consensus sequence (ACS), harboring the autonomous replicating sequence (ARS) motif.

In higher eukaryotes, origins have no defined DNA sequence; however, in Saccharomyces cerevisiae, origins of DNA replication have a 14-bp consensus site termed the autonomous replicating sequence (ARS) (Leonard and Mechali 2013; Sclafani and Holzen 2007).

A P. pastoris autonomous replicating sequence (PARS1) was integrated into pEZT7 enabling propagation and recovery of plasmids from P. pastoris.

Thus, there remains a lack of knowledge with respect to other genomic features that Hmt1 may interact with, such as autonomous replicating sequences (ARSs) or non-coding RNA (ncRNA) genes, which are not represented on the cDNA microarray platforms.

He tries to break away from the idea of the meme as an autonomous object parasitically replicating in passive human hosts.

MGEs are usually classified according to their mechanism of replication and whether they are autonomous (self-replicating) or non-autonomous (dependant on related elements for replication or mobility) [ 1].

In contrast to the Agrobacterium system, none of the generated transformants had stable phenotypes, and the vector DNA remained extra-chromosomal and replicated autonomous.

Our analyses are specifically focused on the analysis of copies of LTR retroelements that were highly likely to have been derived from autonomous (self-replicating) parental elements, as opposed to being derivatives of potential nonautonomous relatives.

These rDNA circles, or ERCs, are semi-autonomous: they can replicate on their own, like plasmids, and gradually accumulate during aging (Sinclair and Guarente 1997; Lu and Lin 2010).