Sentence examples for and simultaneous utilization of from inspiring English sources

Thus, identification of microorganisms capable of efficient and simultaneous utilization of both glucose and xylose is pivotal to improving this process.

Sugars found in the intestinal habitat of E coli have been characterized, and cases of sequential and simultaneous utilization of these sugars have been reported in complex mixtures of these sugars [ 20, 21].

Glucose-xylose fermentation by the resulting yeast strain occurred at the transition between sequential and simultaneous utilization of hexose and pentose substrates, indicating that true co-fermentation may become possible at sufficiently high qXylose.

We evaluated the viability of the generated derivatives on glucose, on acetate and during simultaneous utilization of both carbon sources.

We presume that flaws in physicians' records correspond to lack of sensitivity rather than specificity and, accordingly, the simultaneous utilization of multiple data sources will notably improve sensitivity without a significant decrease of specificity.

However, the depletion of nitrogen and the initiation of simultaneous utilization of xylose and glucose in the solution occurred between 4 days and 5 days, and fatty acid production of 11.0 (±1.3) g L-1 corresponding to 45.8 (±1.3) % of the cell dry weight was obtained after 7 days of cultivation, at which point the residual sugars were consumed.

An engineered S. cerevisiae (D-10-BT) expressing XR, cellodextrin transporter (cdt-1) and intracellular β-glucosidase (gh1-1) produced xylitol via simultaneous utilization of cellobiose and xylose.

To broaden its substrate spectrum, the engineered strain was modified to incorporate the pentose transport gene araE and xylose catabolic gene xylAB, allowing for the simultaneous utilization of glucose and xylose.

In addition, the carbon catabolite repression (CCR) for selective utilization of glucose hinders the simultaneous utilization of galactose and glucose and lowers the overall carbon flux toward central carbon metabolism [ 10, 11].

We described features of the physiology of ptsHIcrr− derivatives during simultaneous utilization of glucose and acetate and provided information regarding their metabolic plasticity when the PEP and PYR interconversion is blocked by deleting the pykA, pykF, and ppsA genes.

In order to verify that the improved p-hydroxybenzoate production was a result of the simultaneous utilization of xylose and glucose or glycerol, and not merely of xylose utilization alone, chemostat experiments were performed with P. putida S12pal_xylB7 on xylose as single carbon source.