Sentence examples for borders of domains from inspiring English sources

Although there is an intriguing hypothesis that the exon corresponds to protein domains [ 23, 36], the conserved insertion sites seemed not always to exist at the borders of domains.

However, little is known regarding the mechanisms except the proposal that the borders of domains in the protein are represented by the exon boundaries, thus being a proposal of physiological support for the exon theory [ 23- 25].

Fig. 4 Time histories of water level change at the southern border of Domain D computed from nested simulations for sources PIN and YAN.

The water level change at the southern border of Domain D computed from nested simulations for PIN and YAN sources separately are given in Fig. 4.

The wave at the border of Domain D from source YAN (red line) has a leading depression characteristic; however, the wave coming from source PIN (blue line) has a leading elevation characteristic.

The numerical gauges placed on the border of Domain C are shown in Fig. 5, and the maximum positive and negative water levels obtained by the end of each simulation are presented in Table 2.

While computing the tsunami parameters in the port area for comparison of the tsunami effects of each source, the time series of water surface fluctuations at the border of Domain C (at the numerical gauges along the border) are also computed and stored for the fine-grid near-field simulations.

Quantification of chromosomal contacts at multiple scales showed that cohesin/CTCF co-occupied sites are focal points of chromosomal contact insulation, associated with both the borders of topological domains and finer-scale structures within such domains.

S/MARS are found either in non-transcribed regions, at the borders of chromatin domains, or in close association with non-coding transcription elements such as enhancers or introns.

We observed consistent insulation signatures at the 10 15 Kb bands, suggesting that even if cohesin sites do not engage in insulation at larger scales (i.e., borders of topological domains), they are still able to influence their local contact environment.

Analysis of Hi-C and 5C contact maps has suggested that CTCF and cohesin are enriched at borders of topological domains (Dixon et al, 2012; Nora et al, 2012; Sexton et al, 2012; Phillips-Cremins et al, 2013) implying a role for cohesin in domain demarcation.