Sentence examples for sensitive chromosomes from inspiring English sources

1) fusions involve both dominant and sensitive chromosomes.

Special expansion of tandem duplications especially in sensitive chromosomes, as a rapid counterbalance flow of the duplicates deletion phenomenon, may have compensate R-genes loss in such chromosomal fragments as an expected consequence of the known diploidization process.

Figure 3 B shows that lower gene retention (with an average of 43% of ancestral retained genes in dominant genomes vs. 35% in sensitive ones) and higher gene movement (with an average 34‰ of shuffled genes in dominant genomes vs. 50‰ in sensitive ones) are observed in dominant and sensitive chromosomes deriving from the ancestral chromosome A5 in all four species (including two regions in maize).

However, during evolution, if the deletion of R-genes in sensitive chromosome is compensated by high frequency of tandem duplication (clusterization) and/or transposition events, an equivalent number of R-genes between dominant and sensitive fragments is observed in modern plant genomes.

It appears clearly that dominant or sensitive orthologous chromosomes are conserved (i.e., orthologs) in the four modern grass genomes, defining an ancestral karyotype with ancestral dominant and sensitive protochromosome donors (fig. 2 A, top).

Hyperexpression of the proteasome-related gene, PSMD4, is highly sensitive to chromosome 1q21 amplification and is reported to be associated with bortezomib resistance [ 122].

It remains to be seen whether with increased sample sizes, a burden may become apparent, especially with respect to chromosomes sensitive to imprinting disorders.

Because the pattern of recurrent chromosomal gains and losses in myeloma are conserved across different datasets, we asked whether the variation in the proportion of dosage sensitive genes across chromosomes is correlated with the myeloma CNA patterns.

In contrast, we observed much fewer Y-linked parent-of-origin effects on genome-wide gene expression in females carrying a Y chromosome, indicating that gene expression in females is less sensitive to sex chromosome parent-of-origin.

The other 33 CML patients were treated with imatinib at daily doses of 300 800 mg, and 19 achieved complete cytogenetic remission (0% Philadelphia chromosome; "sensitive CML", SCML), whereas 14 patients were resistant to imatinib (RCML; Table 1).

Although the fusion protein enables sensitive analysis of chromosome dynamics in living mammalian cells in vitro [7], there is little evidence to suggest it has no impact on cell function in vivo.