Sentence examples for extensively dependent from inspiring English sources
The removal of these introns is extensively dependent on nucleus-encoded factors, an indication that trans-splicing is intimately integrated with chloroplast gene expression and is under tight nuclear control.
The memory functionalities resulting from the channel conductance modulation by trapped charges inside the polymer electret upon applying the programing or erasing gate voltage and the charge storage capability is extensively dependent on the composition, nanostructure, and chemical nature of the electrets.
We did find that these are not extensively dependent on the choice of parameters, suggesting that the gap between cell and tissue responsiveness to stress is large and thus that a dose-dependent response can be detected experimentally.
While Na+-dependent D-glucose influx has been extensively investigated, Na+-dependent D-fructose influx has only been described in the hepatopancreas (Sterling et al., 2009).
YbeY extensively modulates Hfq-dependent and independent sRNA-mRNA interactions.
While we had previously reported and extensively characterized myosin II dependent periodic lamellipodial contractions in P2 [33], [33], the current analysis represents the first velocity map of an entire cell in P2 in with temporal resolution great enough to resolve periodic contractions.
Ookinete motion has been extensively described as being dependent on actin and myosin (Siden‐Kiamos et al., 2006; 2011; Angrisano et al., 2012a).
The fecal or intestinal microbiota of domestic rabbits has been extensively studied through culture dependent methods, as well as earlier generation culture-independent methods, with a focus on the cecal microbiota [ 9- 13].
The physiological role of DBC1 has been extensively investigated, and caspase-dependent cleavage of DBC1 may work as a positive feedback mechanism to promote apoptosis (Sundararajan et al, 2005).
Research your subject extensively.
Previous experimental and theoretical work has extensively examined the crystallographic orientation-dependent mechanical response of crystalline materials.
