The outcome of these cheminformatics-based approaches is robust supramolecular synthetic strategies based on tunable site-specific intermolecular interactions that facilitate the preparation of cocrystals and specific solid-state motifs via selective and hierarchical self-assembly.
Our results support the idea that Pol II contains a single tunable active site for RNA polymerization and cleavage, in contrast to DNA polymerases with two separate active sites for DNA polymerization and cleavage.
Such applications include cooperative chiral materials, liquid crystalline materials, optical sensors and display materials, tunable polarizers, sites for asymmetric catalysis, and recyclable polymers.
Their high surface area provides tunable multiple attachment sites for acquiring appropriate biological and biomechanical properties.
We herein report our significant advances in designing the unique binary PdNi hollow nanospheres with highly exposed active sites and tunable compositions.
We herein report our significant advances in engineering the unique binary PdRu nanoflowers with highly exposed active sites and tunable compositions.
The SMG possesses increased adsorption sites with tunable superparamagnetic properties (50 emu/g, 1 7 wt%), facilitating the adsorption and magnetic separation of aqueous Cr VI), As V), and Pb II) with ~ 99% removal efficiencies down to the 1 ppb level.
Concerning tunable porosity, multiple functional sites and devisable host guest interactions, goal-directed designs lead to task-specific MOFs and are requisite to perform precise molecular recognition in liquid-phase adsorption/separation.
Furthermore, these constructs provide a microphysiological, in vitro, joint, organoid model with site-specific, tunable, and inducible protein delivery systems for examining the spatiotemporal response to pro-anabolic and/or inflammatory signaling across the osteochondral interface.
Based on their attractive physic chemical properties, including their ultrahigh surface areas, homogeneous active sites and tunable functionality, metal-organic frameworks (MOFs) have become interesting platforms for the development of solar energy conversion devices.
(a) Tunability: not tunable.
