Further, if the S845 phosphorylation occurs on pre-existing synaptic GluR1 homomers, it could potentially explain the inward rectification as well.
Braitenberg's model is simple and appealing, and it can potentially explain many properties of the spatial organization of OS.
This result is exciting, as it could potentially explain how heart tissue can regenerate in newt and zebrafish.
Thus, it may potentially explain why a number of studies has demonstrated significant associations between clinical disease activity of SLE and various biomarkers of oxidative stress [ 85– 85].
The exact interplay between PARP and HDAC activity warrants further studies, as it may potentially explain crucial events in the pathological process.
Moreover, we propose that purinergic signalling should be taken into consideration in other cells/organ types, as it could potentially explain some of the multifaceted effects of bile acids.
In addition, there are many other species traits that can influence mutation rates, so if these traits differ consistently between parasites and their nonparasitic relatives, it could potentially explain the pattern in rates of molecular evolution.
Although this dilution effect of increased blood volume of pregnancy was not examined in our study, it could potentially explain the low antibody levels during pregnancy rather than a decline in the antibody responses per se.
Finally, we propose that purinergic signalling, i.e., ATP release and cell/organ P2 receptor involvement, should be taken into consideration in other cell/organ types, as it could potentially explain the multifaceted and ubiquitous effects of BAs.
Because nonhomologous, intrachromosomal recombination is known to cause chromosomal rearrangements (Gordenin et al. 1993; Bi and Liu 1996; Lobachev et al. 1998; Rocha et al. 1999; Waldman et al. 1999; Rocha 2003, 2006; Phadnis et al. 2005; Odahara et al. 2009; Lavrov 2010), it could potentially explain the high gene order variability we observe in fungal mitochondria.
It can potentially explain the stepwise emergence of a trans-splicing system comprised of several RNAs from a single cis-splicing element (though the large complement of proteins is more difficult – see Collins & Penny 2005 Mol Biol Evol 22 1053), whereas the exon theory of genes was never a good explanation for the origin of introns.
