Sentence examples for concentration-dependent characteristics from inspiring English sources
The results showed that MAP inhibited the cells viability in time and concentration-dependent characteristics.
The results showed that PBDE-209 inhibited the cells viability in time and concentration-dependent characteristics at concentrations (10.0 100.0 μmol/L).
Time and concentration dependent characteristics of clearance for these solutes were also demonstrated in PMMA.
As shown by the radial migration assay, tumour cells from a disassembling spheroid did not show a concentration-dependent inhibition of locomotor characteristics.
Several animal infection models have identified that the fluoroquinolones display the characteristics of concentration-dependent killing and the AUC/MIC ratio is the PK/PD index most predictive of the antibacterial effect [ 16, 25].
These concentration-dependent alterations include changes in surface characteristics, cellular shape, and alignment.
A similar time- and concentration-dependent decrease in particles with τD3 characteristics and a corresponding increase in those with τD2 was observed when the orthosteric adenosine receptor antagonist XAC was used (Fig. 6 A, B), consistent with A3ARs existing as dimers on CHO-K1 cell membranes, as we observed earlier (30).
Nonylphenol elicited concentration-dependent increases in Ca2+ influxes with similar characteristics to E2, but with the most robust response at 10−8 M being slightly lower than that for E2.
Remarkably, a strongly periodic activity that demonstrates a complex TF concentration-dependent control is obtained when molecular interactions have typical characteristics observed on eukaryotic promoters (high mobility, functional redundancy, many alternate states/pathways).
Hydrogel materials exhibited characteristic creep behavior, and the maximum strain and residual strain were both material- and concentration-dependent. Burger's viscoelastic model was used to extract characteristic parameters describing material behavior.
We asked if the salt concentration-dependent differences in the expression of H. werneckii osmoresponsive genes are characteristics of the adaptation phase only, or if these genes would also respond to acute hypersaline stress.
