Bands were located by scanning with a Typhoon imager (GE, Pittsburgh, PA) for fluorescein fluorescence, and excised gel slices were immersed in approximately 500 µl RNase-free H2O in non-stick tubes overnight at 4°C to elute the RNA.
After developing the x-ray film, the polymorphic bands were located by either marking with a pencil or cutting through the developed x-ray film.
Following staining with ethidium bromide, specific DNA bands were located by UV translumination, sliced from the gel, and purified by using Qiaquick spin columns (Qiagen, Valencia, CA).
In POC, these bands were located at 920 and 835 cm−1.
The main absorption bands are located at 3,569 and 3,536 cm−1, and the bands above 3,590 cm−1 are more intense with respect to the bands for olivine from the F-doped natural peridotite system.
The CTAB/BDAC system produces NRs with aspect ratios ranging from 5 up to 10 and their longitudinal plasmon bands are located in NIR region.
All bands are located at ∼72kD, the predicted weight of Perforin-2.
In the emission spectrum of Nb5+-doped lithium metasilicate nanoflowers (Figure 9), under excitation with light at 234 nm, the main emission band is located at 360 nm with shoulders at 310, 340, and 425 nm.
In the emission spectrum of Nb5+-doped lithium metasilicate nano-flowers (Fig. 9), under excitation with light at 234 nm, the main emission band is located at 360 nm with shoulders at 310, 340 and 425 nm.
The first band is located in the ultraviolet (UV) region, with peaks in the range of 376 378 nm, and the other is located in the visible region, with peaks in the range of 541 571 nm.
