Sentence examples for most somatic tissues from inspiring English sources

Given that telomerase activity is limiting or absent in most somatic tissues, shortening of telomeres during development and aging is the rule.

It is absent from most somatic tissues but is reactivated in more than 85% of cancers, making the enzyme ideal as a marker of cancer cells and as a therapeutic target.

Thus, in contrast to most somatic tissues, where transcription and translation are concomitant, mRNA transcription and protein synthesis are temporally disconnected in the male germ cells.

In mammals, a temporal disconnection between mRNA transcription and protein synthesis occurs during late steps of germ cell differentiation, in contrast to most somatic tissues where transcription and translation are closely linked.

hsp-16.2 is ubiquitously expressed throughout most somatic tissues, and the induced hsp-16.2 gfp hsp-16.2 gfpgnal at thexpressional bulb wasignalng atd allowed a disthect identification of induced expharyngealy stresses [16].

Our results also showed either weak correlation or even no significant correlation among most somatic tissues.

Human telomerase is highly active in more than 85% of primary cancers, but not in most differentiated somatic tissues.

Telomerase is relatively specifically expressed in many tumor tissues, including breast cancer, and is repressed in most normal somatic tissues [ 9- 12].

Telomerase activity is repressed in most human somatic tissues during development [ 13], leading to progressive telomere shortening with subsequent cell divisions.

Expression remains high in central and PNSs at C15 (Fig.  6E G) and C17 18 (Supplementary Material, Fig. S2), but decreases dramatically in most other somatic tissues.

That something similar might occur in vivo seemed consistent with initial reports that most human somatic tissues lack telomerase activity [ 31].