Sentence examples for bacterial concentrations of from inspiring English sources
Three different bacterial concentrations of Bacillus subtilis have been used in this study, namely 103 cells/ml, 105 cells/ml and 107 cells/ml of water.
Bacterial concentrations of air samples were analyzed (log10) as odds ratios by Proc Logistic in SAS software (SAS Institute Inc., Cary, NC); differences were declared at P < 0.05.
Results of inactivation assays show that solar disinfection processes can bring down bacterial concentrations of >103 104 E. coli CFU mL−1 in real WWTPE to <2 CFU/mL (detection limit).
Bacterial concentrations of these dilutions were confirmed by the standard plating method in triplicates on tryptic soy agar (TSA, Applichem, Darmstadt, Germany).
Analysis of bacterial growth showed significantly decreased bacterial concentrations of S. aureus on the surface and in the growth medium for reduced Ag concentrations of Ag-DLC-Ti (Table 2; Fig. 5).
Bacterial concentrations of these dilutions were determined using standard plating method.
A working solution was created by 1 2500 dilution in MHII, producing an approximate bacterial concentration of 5 × 105 CFU/ml.
Results indicate that though the higher bacterial concentration of 107 cells/ml is more efficient for crack healing, the best performance in compressive strength enhancement is achieved with the bacterial concentration of 105 cells/ml.
The adhesion efficiency of SA on the a-C H film deposited a-C H5 Pa ofilmrking pressure is about 16% of that on the untreatedepositedfate, and the adhered bacterial concentration of SE on the carbon film deposited at 1.0.5a is about 1/6 of that of the Pa ofurface.
Six sheep were fed twice a day on a different ratio of sheep pellets and hay (20 80 (diet 1), 40 60 (diet 2) and 80 20 (diet 3)) in a replicated Latin square design to study the effect of the host diet on the bacterial concentration of ruminal liquor and in vitro gas production degradability parameters of cellulose, glucose and hay.
Table 2 shows the reduction of bacterial concentration of Ag nanoparticles.
