DHM-1 biodegraded mixtures of CT, CFC-11, and CF, although CFC-11 inhibited CF biodegradation.
The ability of DHM-1 to biodegrade mixtures of CT, CF, and CFC-11 was evaluated in mixtures of two or three compounds.
The benefits of using a culture such as DHM-1 include its high rate of CF transformation; its ability to transform mixtures of CT, CF, and CFC-11; the conversion of these halomethanes to environmentally benign products; its growth on an inexpensive primary substrate (corn syrup); and its ability to grow in the presence of CF at levels at least as high as 4000 mg/L.
Hospital E achieved a mean blood dose of 0.95 mGy corresponding to 0.13 induced foci/cell, and the data for this hospital are a mixture of chest CT and abdomen CT investigations.
With a mixture of 16 mg/L CT (17 μmol/bottle) and 24 mg/L CFC-11 (57 μmol/bottle), CT was consumed in 10 days; following a lag phase of approximately 10 days, CFC-11 was consumed by day 47 (Figure 6c).
Furthermore, the redox responses from the mixture of HQ and CT were easily resolved in both CV and DPV due to a difference in the catalytic activity of the modified GCE to each component.
An important observation is that the kinetic accumulation of carbonyl group of CT mixture was a linear during irradiation up to 100 kGy, in accordance with the results of iPP and EP [20, 21, 22].
To compensate for the two variant nucleotides within the reverse primer binding site (marked by stars in Figure 1(a)) we used a mixture of reverse primers, CT-R1 and -R2 (see Table 1).
The same length and size as a normal dissection table, the "cadaver" on the screen of the Anatomage table is a virtual body, created using a mixture of graphics and real CT scans of the body.
Clusters of fibers were found in the mixtures by means of CT-Scan analysis.
