The protein content of each band was estimated from its optical density compared with that of each standard solution.
The protein content of each band was estimated from its optical density compared with the optical density of each standard solution.
The intensities of the bands were estimated by densitometric scanning software from Alpha Innotech Corporation (San Leandro, CA, USA).
The UV vis absorption spectra of the MBH nanowhiskers synthesized with and without surfactants show enhanced absorption in the low-wavelength region, and their optical band gaps were estimated from the optical band edge plots.
In order to determine the relative band positions of the composite photocatalysts their flat band potentials were estimated from Mott-Schottky analysis.
Flat band potentials were estimated from i ph changes measured at the photocurrency maximum for TiO2 and Mn+/TiO2 films coated on to titanium substrate in aqueous 0.5 M NaCl plotted against applied potential by extrapolation straight line of these dependences to the abscissa.
The degradation degree of the graphitized carbon black support was successfully evaluated from changes in the band area ratio of the G band (ca. 1575 cm−1) to the D1 band (ca. 1325 cm−1), which were estimated from curve fitting of the spectra.
Both flat-band potential and donor concentration were estimated from the space charge capacitance at high frequencies.
A protein bands with the MWs of 20, 24, 27, 36, 94 and 130 kDa were estimated from the activity bands on the casein substrate gel electrophoresis.
> -wrap-foot> Contents by weight of PDI family proteins were estimated from the band intensities on western blot analysis of the caryopses and flour (Haruyokoi) with recombinant TaPDIL1Aα, TaPDIL2, TaPDIL3A, TaPDIL4D, and TaPDIL5A used as standard proteins for determination of TaPDIL1, TaPDIL2, TaPDIL3, TaPDIL4, and TaPDIL5, respectively.
