Members of the T2S D protein family, to which XpsD belongs, are postulated to function as gatekeepers for type II secretion, demonstrating species-specific function for different type II secretion substrates [105], [106].
Here we summarize the well-established actions of EDNRB and discuss some apparently contradictory observations demonstrating species-specific, region-specific, and cell type-specific roles for EDNRB in the ENS.
Glutathione, the major nonprotein thiol of cells, usually decreases after TBI in rats [ 64, 99] but not in mice [ 64, 99, 103– 105], demonstrating species-specific characteristics that should be taken into account when using information obtained from animal studies.
Claims of sympatric speciation must demonstrate species sympatry, sister relationships, reproductive isolation, and that an earlier allopatric phase is highly unlikely1.
The benefit is illustrated by computing a three-fluid plasma application that demonstrates species separation in multi-component plasmas.
All other mouse or human specific antibodies used in this study were also tested for non-specific binding and demonstrated species specificity (data not shown).
Species specificity in the action of survival and growth promoting cytokines is not novel to members of the TNF family; IL-2, IL-5, IL-6, and gamma interferon have all demonstrated species restrictions [18], [48] [52].
In other species, the use of immunohistochemistry to localise COX-isoforms has demonstrated species and age-related differences in expression.
In the current study, we clearly demonstrated species differences in the effect of cast shadows on perceptual completion.
Furthermore, this agonist has demonstrated species specificity in vitro and only activates signaling pathways in human and chimpanzee platelets (Erickson-Miller et al. 2004b; Table 6).
