Our results indicate that the ability of non-proteogenic amino acids to stabilize small building block motifs is site-dependent.
These findings indicate that the ability of classical nanomedicines to overcome cellular MDR should not be overestimated.
However, recent data indicate that the ability of chemokines to block HIV infection can be uncoupled from their signaling activity.
These data indicate that the ability of these embryonic axons to respond to growth factors with rapid outgrowth requires activation of calcineurin/NFAT signaling by these factors.
Taken together, these data indicate that the ability of Tat to switch the pseudo-ASM3 into a classical sandwich due to a single additional arginine provides Tat a competitive advantage for displacing HEXIM.
The recent decline in drug approvals and the increase in late-stage failures indicate that the ability to generate and screen large numbers of molecules has not improved the drug pipeline.
The results indicate that the ability of antimicrobial proteins to induce microbial apoptosis could be an important factor in determining a pathogen's virulence and could therefore be targeted for the design of new antifungal drugs.
These results indicate that the ability to elicit desensitization is not an inherent property of cardiac cells but rather is acquired in distinct stages during development.
These results indicate that the ability to selectively fish in the US Northeast Multispecies fishery will become more difficult under a warming ocean.
Specialists in all models indicate that the ability to focus on fewer content areas affords more planning time for the content and more effective use of professional development.
Taken together, our findings indicate that the ability of these clinical isolates to infect apparently normal individuals may be attributable to mutations other than pkr1 and/or underlying immune system impairment in patients.
