Ig-like domains are one of the most common extracellular fold types, and tethering repeats of Ig-like domains produces a simple architecture with the potential for multiple tunable surfaces and rigidity control, features that are highly advantageous for an adhesion molecule.
"The more I think about it," Walt Disney wrote her diplomatically, "the more I am inclined to feel that it would be highly advantageous for all concerned if you could come to Los Angeles and spend at least a week with us here in the studio, getting acquainted with the people who will carry the picture through to completion, and giving us the benefit of your reactions to our presentation".
Although arrest of protein transport would disable a wide variety of immune signaling pathways and therefore seems highly advantageous for pathogens, this strategy presents a challenge for bacteria that rely on host resources for survival (i.e., intracellular pathogens) and thus must be carefully orchestrated.
This would be highly advantageous for science: for example, in a study of cardiovascular disease, one could grow cardiomuscular cells with the same genetic makeup as the cells of the patients recruited into the study.
Use of a multianalyte immunosensor is highly advantageous for field applications as it allows several compounds in a single run to be determined, irrespective to the nature of the target molecules.
The exchange bias (EB) effect, which is the shift of the hysteresis loop of a ferromagnet in direct contact with an antiferromagnet, is highly advantageous for the development of spintronics applications.
The photostability, fast kinetics and sensitivity of this dye are highly advantageous for recording spontaneous action potential firing of multiple neurons, an essential requisite to precisely dissect neuronal networks.
The detailed characterization of flocs indicated that both titanium coagulants can grow faster, reach larger size and present a more compact structure, which is highly advantageous for the design of smaller and more compact mixing and sedimentation tanks.
Smaller constructs, such as diabodies and nanobodies for example, provide high penetration into the tumor and a rapid blood clearance, which is highly advantageous for RID.
Meanwhile, it is highly advantageous for device application if the NRs can be fabricated with a semiconductor compatible with the complementary metal-oxide semiconductor process.
