Sentence examples for chemistries to allow from inspiring English sources

In the future, this base material may be used with orthogonal click chemistries to allow control over biochemical and biomechanical properties over days to weeks to study cell response to changes in the surrounding environment and provides a useful platform to adapt for a variety of biomaterials applications, including cell culture, tissue engineering, and drug delivery.

The use of polymer drug conjugates for tumour targeting combines the versatility of polymer and organic (peptide and medicinal) chemistry to allow optimisation of the macromolecular prodrug design.

Cyanobacteria have played an important role in the history of life on Earth as the inventors of oxygenic photosynthesis, which gradually changed atmospheric chemistry to allow the evolution of Eukarya [ 1].

These studies using fluorescence/bioluminescence emission (FRET/BRET) and biochemical approaches (immunoprecipitation-gel electrophoresis-western blot) can be complemented by methods using time-resolved fluorescent energy transfer (TR-FRET) involving Snap-tag chemistry to allow for the direct identification of wild-type GPCR dimerization in vivo[ 147, 148].

In this work, we propose a new framework relying upon the Hybrid Chemistry (HyChem) approach and Analytically Reduced Chemistry (ARC) to allow a direct integration of real fuel chemistry in the compressible LES solver AVBP.

Since F is regarded a preferred isotope for PET imaging due to its half-life (110 min) and the signal that it provides, the synthetic chemistry method to allow F labeling of the compound is now being developed.

'Click' cross-linking chemistries were also added to allow scaffold formation without risk of covalently coupling the growth factor to the scaffold.

Bio-orthogonal chemistry describes the possibility to allow controlled, specific chemical reactions amidst the background of a biological system, that is, in cell culture.

The listing below shows an excerpt of a JSON data file containing the calculation setup and some of the properties that can be calculated with quantum chemistry software: Input structures in computational chemistry codes are set up to allow a sequence of calculations to be executed in one single run.

A variety of bio-orthogonal ligation methods that were originally developed in peptide chemistry have recently been applied to allow for controlled protein conjugation.

To determine if these residues have correctly positioned the 3′OH to allow extension chemistry to occur, we superposed the nucleotide (UTP) and catalytic metal ions from the preternary PolDom-DNA complex (Brissett et al., 2011) into the active site of this "gapped" PolDom-DNA intermediate.