Sentence examples for majority of chromosome from inspiring English sources

Chromosomal region specificity was observed since the majority of chromosome 1 and 17 differentially expressed genes spread over 1p36-p22.1 and 17p13-17q21 (Fig. 1; see Additional file 2).

The trisomic fibroblasts displayed a characteristic expression and methylation patterns, with the majority of chromosome 8 genes in the trisomic cells being overexpressed.

However, the majority of chromosome regions of the 100 kb size had no detected transcription, as illustrated for X-chromosome (Additional file 1, Fig. S1).

In C. hystrix metaphase chromosomes, cGISH using C. sativus gDNA probe produced bright signal patterns at majority of chromosome ends (Fig.  3f), which is similar to that produced by C. hystrix sGISH (Fig.  3g).

The majority of chromosome 1 compensations took place in close proximity of the deletion and putative inversion sites while chromosome 2 compensations were mostly observed at a distance from the deletion or putative inversion sites.

In addition, a series of 16 recombinant lines spanning the majority of chromosome 17 were bred and similarly evaluated to further reduce the region known to contain Hcf1, the locus responsible for the majority of the susceptibility of the BR strain.

Finally, tumors that showed neither MNA nor 11q- were more heterogeneous in terms of both segmental and whole chromosomal aberrations; two tumors showed aberrations in chromosome number for the majority of chromosomes (ID 131 and ID 242; Table  1 and Additional file 1: Figure S1).

Furthermore, previous studies have suggested that common haplotypes in candidate genes are generally shared across populations and represent the majority of chromosomes in each population.

In the remaining pachytene spermatocytes, we observed variable synaptic failure; some chromosomes were completely asynapsed, whereas the majority of chromosomes were fully synapsed (Fig. S1B D).

This indicated that the majority of chromosomes in wildtype germ cell populations were in the process of erasing H19 methylation marks.

For the majority of chromosomes, such trajectories of genes sorted by strands (GSS) become either linear or polygonal lines with a distinctive slope and a point of half-turn (Figure 1 and Figure S1).