Sentence examples for enzyme chemistry from inspiring English sources

U.S. action of hormones 1972 chemistry Anfinsen, Christian B. U.S. fundamental contributions to enzyme chemistry chemistry Moore, Stanford U.S. fundamental contributions to enzyme chemistry chemistry Stein, William H.

He was a professor at the Cornell University Medical School in Ithaca, New York, from 1929 to 1955 and became director in 1947 of the Cornell laboratory of enzyme chemistry, an institution that was established in recognition of his work.

U.S. fundamental contributions to enzyme chemistry 1973 Fischer, Ernst Otto West Germany organometallic chemistry Wilkinson, Sir Geoffrey U.K. organometallic chemistry 1974 Flory, Paul J. U.S. studies of long-chain molecules 1975 Cornforth, Sir John Warcup U.K. work in stereochemistry Prelog, Vladimir Switzerland work in stereochemistry 1976 Lipscomb, William Nunn , Jr

The principles of enzyme chemistry, mechanism of action and inhibitor design are being applied to proteomics by the development of activity-based probes.

The modern bioorganic chemistry concerns the design of synthetic molecules that mimic various aspects of enzyme chemistry and to understand their essential roles in biological systems.

The surge in reports of heme-dependent proteins as catalysts for abiotic, synthetically valuable carbene and nitrene transfer reactions dramatically illustrates the evolvability of the protein world and our nascent ability to exploit that for new enzyme chemistry.

Finally, by considering completely 'novel enzyme chemistries' with de novo enzyme design, the limits of nature can be breached to derive the most advanced form of synthetic pathways.

Several research groups have recently transitioned from profiling oncology biomarkers in fresh frozen and FFPE tissue using enzyme chemistry-based expression analysis platforms to profiling FFPE tissue on the nCounter, while maintaining the clinical accuracy of their signatures [ 13– 16].

SaMTAN shows rapid on-enzyme chemistry at 442 s–1 when exposed to saturating substrate.

The propensity toward on-enzyme chemistry may vary quite substantially among the substates (i.e., varying effective kcat values).

The catalytic burst for the single-site on-enzyme chemistry is 43 times faster than the steady-state rate at 0 °C.