Sentence examples for dna elements that from inspiring English sources

Transposons are a class of selfish DNA elements that can mobilize within a genome.

In 2003, Austin Burt, an evolutionary biologist at Imperial College London, envisioned attaching a gene for a desired trait to "selfish" DNA elements that could copy themselves from one chromosome spot to another.

Ideally, cancer‐specific killing can be achieved by delivering a therapeutic gene under the control of the DNA elements that can be activated by transcription factors that are overexpressed and/or constitutively activated in cancer cells.

Plasmids are extra-chromosomal DNA elements that can be characterized by their copy number in the host [1], [2].

The association of Dnmt2 with the nuclear matrix suggests that this cytosine-5 methyltransferase contributes to the regulatory functions of DNA elements that contain S/MAR sequences.

Insulators are DNA elements that prevent inappropriate interactions between neighboring chromatin domains, and CTCF is a major insulator binding protein in the vertebrates that mediate the insulator activity.

We now show that E2F binding to the EBP1 promoter occurs through two tandem DNA elements that do not conform to typical consensus E2F motifs.

Taking into consideration strong relationships between gene transcription levels, evolutionary conservation, and the structure of regulatory domains, we attempted to identify evolutionary conserved DNA elements that regulate gene expression.

Comparative analyses of various mammalian genomes have identified numerous conserved non-coding (CNC) DNA elements that display striking conservation among species, suggesting that they have maintained specific functions throughout evolution.

Especially massively parallel sequencing technologies in combination with chromatin immunoprecipitation (ChIP-seq) has proven a very powerful method to locate precisely the DNA elements that physically interact with the targeted protein in the specific cell population [3].

As described previously (Bundock and Hooykaas [1996]), the T-DNA can either be integrated into the host genome or transferred and incorporated as stable, extra-chromosomal T-DNA elements that can form circular structures in plants (Singer et al. [2012]).