The obtained results confirmed that AC is a potentially viable and robust binder-based conductive component for induced heating and healing of asphalt concrete.
Thus, these pastes demonstrate the potential to provide a robust and sustainable binder for ACE applications.
Among these is the formulation of a robust and sustainable binder that meets the demanding rheological and mechanical performance requirements of an ACE application.
Recent successes (and failures) point the way to future progress in design methodology that would enable routine and robust design of binders and inhibitors, while also shedding light on the essential features of biomolecular recognition.
This highlighted that the newly adopted set-ups enable robust discrimination between true binders and nonbinders, which is a critical requisite in biophysical fragment screening.
Also, the access to efficient development strategies is an advantage, although the time to robust, specific, high-affinity binders is often long.
Given a large number of drug molecules and metal complexes are known to be DNA-binders, the robust, versatile PEGylated DNA GNP nanocarrier reported herein should have broad applications in bioimaging, drug delivery, and therapeutics, possibly even at the in vivo level.
The binder molecules are robust and prepared by synthesis, they are easy to modify site-specifically, and a range of affinities is obtained as a consequence of the variation in affinity enhancement provided by the polypeptides.
The robust 3D network in the binder-free electrode not only effectively avoids the agglomeration of TiO2/RGO components during the long-term charging/discharging process, but also provides direct and fast ion/electron transport paths.
However, we wish to note that this selection procedure was designed to go for a robust list of potential RNA binders.
