Sentence examples for control of mature from inspiring English sources
CYCLON might also contribute to the control of mature B-cell development downstream of MYC.
We propose that the splicing process contributes to efficient posttranslational control of mature spliced mRNA.
A similar explanation could reside in the fact that the control of mature miRNAs stability could differ from that of its precursor whose processing efficiency may also vary.
Radiation doses of 50 Gy or more may be required to obtain in-field control of mature T/NK-cell lymphomas [ 38].
These observations suggest that loss of RB may be more influential than activation of MYC in perturbing DNA content in adult hepatocytes, but also that the two genetic events cooperate to control endoreduplication of mature hepatocytes under these experimental conditions.
Although KIRs control the reactivity of mature NK cells, their expression also influences the functional maturation of developing NK cells.
Efforts to breed dwarfing rootstocks that can control the growth of mature trees have been largely unsuccessful.
Thus, loss of RB function does not provide a proliferative advantage to c-MYC-expressing HCC cells but the RB and c-MYC pathways may cooperate to control the polyploidy of mature hepatocytes.
In the control experiment, injection of mature spermatozoon chromatin into eggs and subsequent egg activation failed to induce spindle formation or ectopic polar body extrusion at the same time points (Figure 5D, E, observation of over 100 eggs) but only induced cone formation (Figure 5E).
As opposed to the situation in lymph nodes, CCL19 and CCL21, which control the migration of mature DCs, were rarely expressed in RA synovium and their associated receptor CCR7 was poorly expressed [ 32].
Sensitivity analyses indicated the parameter controlling the proportion of mature females spawning annually was the most influential on population genetic responses in isolated populations, suggesting that when fewer females contribute to each generation the population is more likely to experience rapid changes in allelic frequency through genetic drift.
