Pavement cells exhibit "net-like" arrays in which MTs exhibit no particular alignment, in contrast to adjacent petiole cells that exhibit anisotropic expansion and have clearly aligned arrays [ 10].
The primary direction of expansion, and ultimately the shape of the cell, depend on the orientation and alignment of the cellulose microfibrils, which are controlled by the cytoskeleton just inside the plasma membrane of the cell.
Regions inferred to be ambiguously aligned were classified into regions of expansion and contraction (REC), non-pairing regions of ambiguous alignment (RAA) and regions of slipped-strand compensation (RSC) [ 99].
This pattern results from the expansion and contraction of in/dels, which makes the alignment output more complex to interpret.
Regions inferred to be ambiguously aligned were classified following Gillespie [ 49] in regions of expansion and contraction (REC), non-pairing regions of ambiguous alignment (RAA) and regions of slipped-strand compensation (RSC).
b Irregularity versine and alignment.
Read number and alignment statistics.
Innovative text, transition, and alignment tools ensure astonishing results.
Surface and alignment effects are neglected.
A typical class is focused on control of breath,expansion of energy and alignment of the chakras.
