Sentence examples for characterization improvements from inspiring English sources

These production and characterization improvements make possible future spectroscopic and dynamics studies designed to elucidate the intramolecular/interdomain signal that follows heme-domain oxygen dissociation.

The characterization improvements presented here, coupled with advanced instrumentation, will serve as the foundation for a more complete elucidation of the complex proteoforms that comprise higher organisms.

Owing to the fact that the advances in nanofabrication, nano-optical characterization, and improvements in full-field computational electromagnetics, which has led to the emergence of the field of nanoplasmonics, more insight and control has been gained on localized plasmon resonances in metallic nanostructures.

Further characterization and improvements will enable these tissue models to extend their utility for in vitro drug testing, to help identify signaling pathways and mechanisms for new drug targets, and potentially reduce animal models as standard pre-clinical models of study.

Reclassification analyses (net reclassification improvement (NRI), integrated discrimination improvement (IDI), and category-free net reclassification improvement (cfNRI)) were used for the characterization of improvement of standard TIMI and GRACE risk scores by the addition of new markers and for the comparison of multivariate models with and without PTX3.

Site-directed mutagenesis (SDM) plays a central role in the characterization and improvement of cellulases including their putative catalytic and binding residues.

This chapter considers the semiconductor manufacturing technology (SEMATECH) qualification plan a structured and flexible methodology for process and equipment characterization and improvement.

From these strategies, two important fields of microscopic research emerge: the detailed characterization and improvement of doping microstructures and the research on microdefects, which limit the performance of multicrystalline cells.

The tools developed here should be useful for effective screening, characterization, and improvement of any yeast promoters.

Based on this detailed characterization and possible improvements of the design and of the manufacturing routes are discussed.

This paper will discuss the latest improvements, characterization, material utilizations, and crystal quality of boules designed specifically for 6-in., 8-in., and 10-in.