Sentence examples for capability of growth from inspiring English sources

The isolates were subjected to Gram's staining and catalase test and were tested for their ability to ferment a variety of carbohydrates and for their capability of growth at 10°C and 45°C in media containing 6.5% NaCl at pH 9.6.

After the spinal cord injury, the injured neurons can demonstrate an intrinsic capability of growth cone formation and axon extension initially, but all these "regenerating behaviors" are soon suppressed by the inhibitory microenvironment.

These results potentially support that the regulation of ASB9 and ASB9ΔSOCS expression may be a critical factor for the different capability of growth in primary cells and cell lines.

In contrast, with a significantly wider range of growth substrates, P. putida F1 is best known for its capability of growth on several aromatic hydrocarbons, including benzene, toluene, ethylbenzene and p-cymene.

We have demonstrated that 3D nano- microfibre scaffolds can be applied as an effective tool for studying plant cell morphogenesis and can help identify new capabilities of growth at the cellular level.

Activation of MAPK signaling is very common in many malignant neoplasms, allowing tumors to gain the capability of independent growth, insensitivity to anti-growth signals, unlimited replicative potential and the ability to invade and metastasize [45].

Importantly, we found that the formation of the S. cerevisiae-type ROX1 gene could connect with the development of the capability of anaerobic growth in the yeast evolution, as shown in Table 2.

iMM904 was employed for similar studies in predicting the in silico growth phenotypes and was used as a basis for eukaryotic metabolic model's prediction capability of mutant growth phenotypes [ 18].

These results demonstrated that dietary LP and VC had a significant interaction for red sea bream with the capability of improving growth performance and enhancing stress resistance by immunomodulation.

Genetically engineered E. coli JM109, namely M1, which expressed both Hg2+ transport system and metallothionein, was tested for its capability of simultaneous growth and bioaccumulation of Hg2+ under low nutritional circumstances.

The capability of anaerobic growth of S. cerevisiae can be understood as a consequence of the whole-genome duplication that allowed acquisition of a new physiological property.