Differential structural properties of CenH3-nucleosomes seem to have an important contribution to targeting, as centromeric localisation of CenH3 depends on L1/α2 region that, as discussed above, confers distinct structural properties to CenH3-nucleosomes.
All three drug databases made significant contributions to target identification, with the highest contribution from DrugBank (400), followed by TTD (156) and PharmGKB (61).
Some differences in DNA-binding preferences within this family have been described, but they have not been analysed systematically, and their contributions to targeting remain largely uncharacterized.
The fact that we did not detect any contribution of gzmA to target cell apoptosis means that either it mediates apoptosis by pathways we did not analyze, or, more likely, given its lack of cytotoxicity under some circumstances [55], that its antiviral function is mediated by pathways other than apoptosis induction.
Also, for liposomal dosage intended for active or passive drug targeting, the liposomal phospholipids are considered to make an essential contribution to the targeting properties of the liposomes 80.
Supposably, the environment of the charged residue affects the contribution to the targeting process.
Based on the net charge difference, we predict that AT4G33240-FYVE will have a reduced non-specific electrostatic contribution to membrane targeting.
In addition to the contribution of Nodal concentration to target gene induction, the timing of signaling affects Nodal interpretation.
This study was designed to target DLPFC contribution to anticipation of a difficult task using functional Near Infrared Spectroscopy (fNIRS), as a more cost-effective tool measuring cortical hemodynamics.
Moreover, the whole-genome perspective is expected to provide an instrumental contribution to vaccine development, particularly to target those pathogens for which the traditional approaches have failed so far.
