Sentence examples for sophisticated pathway from inspiring English sources

In conclusion, we first showed that carotenogenic enzymes can be targeted into the specific cellular location of recombinant hosts and this targeting strategy can serve as the basis for the subsequent development of sophisticated pathway engineering in microorganisms.

For example, Metatool (Kamp and Schuster, 2006), which is based on the elementary flux mode approach, allows sophisticated pathway analysis.

Pathway Distiller will benefit a scientist who needs a simple-to-use yet sophisticated pathway consolidation and enrichment method to find functional insight for their genotypic data.

Thus, PSCF can be used in routine data analysis by bench biologists using available presets, but also can become a powerful tool for sophisticated pathway analyses in the hands of a bioinformatics skilled person.

Stereochemical changes, such as inversion of configuration involving a chiral carbon center require mechanistically sophisticated pathways (But and Toy 2007).

In contrast to commercially available packages such as MetaCore™ by GeneGo and Ingenuity Pathways™ which also provide sophisticated metabolic pathway maps and functionality to map experimental data, ProMeTra uses open standards such as SBML, SVG and Web Services, provides free access to the functionality and offers several public pathway maps.

This study provides an efficient, versatile toolkit for transgene stacking and demonstrates its use for successful engineering of a sophisticated biological pathway, suggesting the potential utility of this toolkit for synthetic biology and improvement of agronomic traits in plants.

The null hypothesis was: The sophisticated QoL pathway including a new QoL profile and defined diagnostic and therapeutic options did not influence QoL in breast cancer patients 6 months after surgery, compared with standard postoperative care.

These programs require the generation, according to sophisticated developmental pathways, of a set of specialized cell types.

Therefore a strategy for simultaneous transfer of multiple genes into plants will become the future of genetic engineering technology and provide the potential for manipulating sophisticated metabolic pathways, expressing recombinant protein complexes, and studying complex genetic control circuits for crop improvement [1].

This might also reflect the challenge to understand the sophisticated pathogenic pathways that may lead to myofascial pain syndromes.