Sentence examples for chemistries capable of from inspiring English sources

Being the lightest solid materials known, and given the great variety of possible chemistries capable of yielding wet-gels, aerogels and composite aerogel materials have a tremendous potential in a wide range of applications, where high pore volume and high surface area play major roles.

Therefore, utilisation of surface chemistries capable of electronically interacting with cells may provide new avenues of specifically sensing cellular electrical events and allow access of the biological generated electron pool.

Next-gen platforms are increasing read lengths and several of these platforms are approaching nearly 1,000 bp (e.g., 454 technology is launching a new chemistry capable of ∼700 bp and PacBio's system already averages ∼1,000 bp reads), which would have largely overcome our problems with ribosomal expansion regions.

This paper presents a methodology (integrated combustion chemistry [ICC]) capable of integrating complex chemistry effects into DNS while maintaining computational efficiency.

Higher ordered peptide structures with defined chemistry are capable of cellular targeting, recognition, and internalization.

Secondly, the technologies used in metabolomics have largely been developed as high-throughput analytical chemistry tools, capable of analyzing relatively large numbers (50 to 200) of samples per day, with relatively low consumable costs, relying on relatively cheap solvents and derivatization agents for mass spectrometry and off-the-peg chromatography.

The Merlin/MCL optimization environment and the GAMESS-US package were combined so as to offer an extended and efficient quantum chemistry optimization system, capable of implementing complex optimization strategies for generic molecular modeling problems.

In the field of computational chemistry, applications which are capable of constructing and viewing 3D structures of molecules play an important role.

The formation of the isocyanate species strongly correlates with changes observed in the νOH region, indicating that hydroxyls actively participate in the surface chemistry involved and are capable of protonating the NCO species.

Exploiting chemistry to develop compounds capable of selective recognition of biomolecules or interfering with cellular processes is the essence of chemical biology. 1 One example of such biologically relevant targets are nucleic acid G-quadruplexes.

A number of outer-planet moons have intriguing environments which appear to foster prebiotic chemistry and could conceivably be capable of sustaining biology.