Sentence examples for genomic code for from inspiring English sources

Segal, E. et al. A genomic code for nucleosome positioning.

The role of intrinsic DNA sequences either in in vitro or in vivo nucleosome positioning has recently been at the centre of a debate about the existence of a genomic code for nucleosome positioning.

It would not be surprising if in certain cases sequences coevolved with nucleosome positioning, but there would remain a counter-evolutionary pressure to allow nucleosomes to package all DNA, and so the extent, or strength, of any such genomic code for nucleosome positioning cannot be absolute, that is, the wells of the binding landscape cannot vary too extensively across sequences.

It has been suggested that evolution has harnessed the sequence preferences of nucleosome formation to define a "genomic code" for nucleosome positioning, but the idea remains highly controversial, and it seems clear that other facets of chromosome organization also impact nucleosome positioning (see below).

Although the role of genomic sequence on nucleosome distribution is still a controversial topic, it has been confirmed, both in vivo and in vitro, that DNA sequence imparts nucleosome distribution and there actually exists genomic code for nucleosome positioning [ 38- 40].

The genomic code for nucleosome positioning could be even more diffuse than previously thought, as the structure of the histone core particle reveals that tetranucleotides or possibly even longer sequences are involved, rather than the dinucleotide patterns that were recently discovered [ 4].

Genomic coding sequences for CCRs from a number of placental mammals were obtained through searches of the online database NCBI Gene [ 52].

Network structure not only specifies the linkages constituting the genomic regulatory code for development, but also indicates the various regulatory requirements of regional developmental processes.

Recently, our laboratory showed that the triplet motif non-T, A/T, G (VWG) [16] or its complement (CWB) contributes to a genomic DNA code for chromatin structure, at least in higher organisms where histone H1 is present [17].

Thus, CNEs represent a set of cis-regulatory elements that are likely to be fundamental during development of the vertebrate body plan and comprise a valuable resource for deciphering the genomic regulatory code for vertebrate development.

(c) Similarly to #2, wouldn't there also be viruses in which the HA on the surface has a given amino acid sequence, while the packaged genomic segments code for a different one?