Sentence examples for molecular characterization techniques from inspiring English sources

The objective of this study is to use a suite of epidemiologic and molecular characterization techniques to present a unified approach for characterizing endemic and outbreak patterns of shigellosis with a California case study example at the population level.

Synthetic solid-state nanopores present attractive systems for single-molecule analysis because of their potential to overcome many of the limitations of their biological counterparts while being compatible with a wide spectrum of molecular characterization techniques.

A number of molecular typing and characterization techniques such as AFLP, MLVA and MLST and comparative genomic hybridizations allowed differentiating strains of E. faecium and allocating them into various clonal complexes as based on core as well as accessory genome content [ 3, 4].

With the development of new medium or high scale genotyping techniques, molecular characterization became more accessible.

Finally, we discuss the contribution of both state-of-the-art characterization techniques and molecular simulation methods for the development of predictive models.

This extreme variability complicates standard polymerase chain reaction (PCR) based techniques for molecular characterization studies, and consequently only a few complete Ascidian mitochondrial genome sequences are available.

In 2009, the AFHSC-GEIS laboratory network analyzed 19,730 specimens from 25 sites spanning malaria-endemic regions using techniques, such as molecular characterization of resistance genes and in vitro drug sensitivity assays to determine inhibitory concentrations against a battery of common malaria drugs.

Through the hyphenation of these sophisticated polymer characterization techniques, information on the molecular weight distribution was obtained.

Detection and isolation techniques that allow a molecular characterization of DTCs may provide tools to guide novel, targeted therapies [ 29].

We illustrate the power of such an approach by identifying representative molecular fingerprints in OM, for which the molecular chemistry is to date inaccessible using non-destructive characterization techniques.

The development of characterization techniques, advanced synthesis methods, as well as molecular modeling has transformed the study of systems in a well-established research field.