There is growing evidence that Ca2+ entering SMC is "trapped" between the SR and opposed regions of the plasmalemma [59,77] resulting in an increase of the local [Ca2+]i up to the order of 10 μM [9,77].
In skeletal muscle, L-type Ca2+ channels (dihydropyridine receptors, DHPRs) located within the t-tubules are functionally coupled to ryanodine receptor Ca2+ channels (RyRs), within closely opposed regions of the junctional sarcoplasmic reticulum (SR) [1].
During polarization and migration, the cell is biased to exhibit net-protrusive motility modules in one region while motility modules giving a net-retraction occurred in a diametrically opposed region.
Thus, both the method using cumulative distributions of fragment lengths and the RRS metric are consistent with ongoing translation in protein coding regions, as opposed to regions within classic ncRNAs (like tRNAs).
MD simulations indicate that orientation of the opposing lattice regions and the presence of certain structural units are two critical attributes of the interface structure that affect the stress required for dislocation nucleation.
This supports our findings of compensating substitution rates at opposing stem regions, although we find that the r CT substitution rate is between 4.1% and 26.9% higher than the compensating r GA substitution rate when a given site has a G as its 3' neighbour.
This substantiated the presence of chromosomal regions which stably contribute to biomass yield as opposed to regions which only contribute to biomass yield in a temporally restricted manner.The full 2-dimensional epistasis scan revealed epistatic QTL for all three developmental stages.
Strongly opposes autonomous regions, saying they could break up Iraq.
Peak recombination rates can indicate hotspots, which are opposed to regions of suppressed recombination (coldspots).
