Sentence examples for molecular screening techniques from inspiring English sources
This emphasises the importance of molecular (screening) techniques to obtain structural and functional insights, minimise energy input, and maximise product output by means of integrated microbiome processes.
The development of microarrays and other high-throughput molecular screening techniques has dramatically improved the possibilities for unravelling of the underlying molecular changes in disease states, both through minimization of necessary sample volumes and through access to multiparametric analysis of the large volume of available data.
The tissue or culture medium from OHCs can be analysed by molecular screening techniques.
Search for the cause of respiratory disease in dogs is thus a particular focus for veterinary virologists and the application of modern molecular screening techniques has uncovered a number of canine homologues of human viruses.
However, recent molecular-cytogenetic screening techniques (array-or matrix-CGH [ 10- 12]) have the potential for direct identification of oncogenetic target genes.
Recent advances in our knowledge of the human genome have led to the development of powerful high-performance screening techniques for molecular analysis.
For example, in vitro screening techniques and adaptive molecular evolution methods, such as phage display (4), have made it easier to rapidly screen enormous molecular libraries to find promising binding ligands (5).
Computer-aided molecular design, combinatorial (bio chemistry and high-throughput screening techniques are now being exploited to identify highly selective ligands for use in the purification of these proteins by affinity chromatography.
In the recent times such an analysis of the germplasm has also been carried out using molecular techniques, including RAPD and other PCR-based screening techniques such as DAMD.
Management of bladder cancer patients, as is the case in many other solid tumors, may witness radical transformations in the coming years as we translate our molecular understanding of the disease into novel clinical trial designs and screening techniques.
The HRM could then form the new method of molecular analysis of the SCN1A gene, which is currently usually performed with screening techniques (DHPLC) and direct sequencing.
