The effect of temperature on the activity of PGase was determined using a wide range of temperatures from 4 to 50°C and the thermal stability was investigated by measuring the residual activity after incubating the enzyme with the previously mentioned temperature ranges.
Linearity of detector in the mentioned range was confirmed.
Here, we study using the mentioned range.
As previously mentioned, the dynamic range of the assay is a function of the aggregation associated with competitive binding between the Con-A and glycosylated dendrimer.
The production estimate on which the nano Ag loading to STPs used here was based (64 mg person−1 year−1) is in the middle of the range previously mentioned, whereas the production estimate for nano ZnO (3.2 g person−1 year−1) was in the higher end of the literature range.
Only Cu, with an MIC of 4 mM in E. coli assays, and Ag with an MIC of 60 µM for both microorganisms, were found apart from the range previously mentioned.
Secondly, although PI animals normally have high virus titres, these may, as previously mentioned, show a wide range.
However, as previously mentioned we chose a range of factors found to be of potential importance by previous literature and excluded those previously found to be of very low priority.
According to ethnicity, sizes of SP+ appeared highly variable, ie, ranging approximately from 0.06 to 0.37 mm on average, a sixfold increase with regard to extreme values, as compared to the 0.03 0.22 mm range previously mentioned in the global population (2,585 subjects).
Two studies using T2*w imaging sequences with USPIO, had a lower median sensitivity (83.0 %; range 73.0 86.4%%), but a slightly higher NPV (95.9 %; range 78.0 98.0%%) compared to the previously mentioned three studies [18, 22].
