The sharp peak intensity of the sp 3 -bonded carbon is increased in spectra of the films grown at relatively high pressure (80 and 100 Torr), indicating that the quality of the diamond films was gradually improved as the pressure increased.
Moreover, such insertion should cause strong broadening in the cross-peaks from the accessory helix, but the intensities of these cross-peaks actually increased in the spectrum of Cpx(26-83) bound to SCΔ68 with respect to the SC-bound stote, and increaSCΔ68omewith morespecthe SCΔ62-bound spectoum.
After exposure to nitrogen plasma, the D peaks related structural defects at the edges of graphene were significantly increased in Raman spectra.
A peak at 1411 cm-1, associated with COO- stretching and C-H bending, was significantly increased in cancer spectra relative to normal.
Peaks of the corresponding masses (m/z = 456, 460, 468, 474) increased in the mass spectrum (Fig. 13c).
HIF2α, which shares some redundant functions with HIF1α and whose expression is increased in a broad spectrum of cancer cell types (Keith et al., 2012), was not stabilized in our experimental conditions.
Although the H NMR spectra showed signals for both 2 and 3, those corresponding to 2 predominated in the initial spectra, whereas signals for 3 increased in the later spectra.
During the exercise, PCr decreased and Pi increased in extensor muscle spectra and two different Pi patterns were observed (Figures 1,2).
All these spectra increased in the brown precipitate (fraction 3).
As shown in Figure 7A, 4-O-TEMPO triplet spectra increased in cells treated with DPE (20 μg/ mL) + UVA (0.5 J/cm), and NaN3 (20 mM) significantly reduced this signal.
