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A total of 73 bands were resolved from the 11 A. ustus isolates.
On average, 8.8 (Standard Deviation 5.8) and 13.3 (SD 8.0) T-RF bands were resolved from the DNA and RNA isolated directly from sputum respectively, representing a mean of 16.3 (SD 10.0) separate T-RF band lengths in the profiles from each sputum sample.
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Sixteen bands were resolved, with unresolved very high molecular weight vWF (> band 16) also visible.
DNA bands were resolved on a 2% agarose gel containing ethidium bromide (0.5 mg/ml).
T-RFLP bands were resolved over the region between 50 and 958 bases.
DNA bands were resolved and interpreted according to previously reported criteria [ 15].
Bands were resolved using SDS-PAGE and subsequent autoradiography showed P labeled bands for MYOGENIN, autophosphorylated GSK3 β and MyBP (positive control, Figure 2b).
There were 46 instances of T-RF bands being resolved in the RNA profiles generated from cultures but having no corresponding band in the RNA-derived profile generated directly from the sputum sample.
Two PL bands can be resolved from the PL spectra: one peaked at approximately 1.6 eV, which originates from Si NCs; and the other peaked at approximately 2.3 eV, which originates from Si = O states, as described in [19].
The highest number of separate band lengths was resolved from the bacteria cultured on chocolate agar (21), followed by BLOOD agar (18), CNA agar (15), PYO agar (13), CLED agar (10), CEP agar (4) and SNA agar (1).
Five peaks are resolved from the luminescence data, indicating emissions of oxygen vacancies, F, F+, band-to-band emission and self-trapped excitons on TiO6.
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