With the increase in the La3+ content, the ratio of the length to width has been changed.
The sensor design has been changed by variation of cylinders lengths and their sections ratio.
In addition, with the increase of carboxylic ligands' length, the degrees of interpenetration have been changed in the α-Po topological nets.
The ability of some protein folds to tolerate large changes in sequence and length has been noted earlier and such length changes have been caused during evolutionary drifts [ 2].
Rapid change in flowering time of turnips in response to variation in length in growing-season length has been documented [18].
Additionally, changes in length have been associated with changes in myofilament protein phosphorylation [ 29]; thus utilizing optimal preload in the above experiments may induce phosphorylation to such a degree that differences induced by frequency are not significant.
Background: Potential deleterious effects of red blood cell (RBC) transfusions, especially from blood kept at length, have been ascribed to biochemical changes during storage, including those of nitric oxide (NO) metabolism.
Seasonal changes in day length have been shown to regulate expression patterns of the clock system in sheep (Lincoln et al. 2003), rat (Sumová et al. 2004), and Japanese quail (Yasuo et al. 2003).
A phylogram is a phylogeny where the branch lengths have been scaled to the amount of nucleotide change that has occurred along each branch (Figs. 4 and 5).
Telomere length change has been associated with a growing list of environmental factors [4], but there is also a strong genetic component that influences TL in human and presumably other species [5], [6], [8].
