To determine the structural stability of PIR1-C152S-coreFED PIR1-C152S-coreFED PIR1-C152S-coreFEDn by monitoring variations in ellipticity at 222 nm as a function of temperature.
The search for confounding factors and factors of colinearity was carried out by monitoring the variation of beta estimators and standard errors at each stage of the procedure.
Formation constants (log K1) were measured spectroscopically in 0.1 M NaClO4 at 25 °C by monitoring the variation of the π π∗ transitions of 2 × 10−5 M PDALC in the range 200 350 nm as a function of pH, in the presence of 1 1 concentrations of the lanthanide(III) (Ln III)) metal ion.
The analysis protocol includes molecular beam sampling, sorting the charged particles constituent according to mass/charge ratio (m/ze) via electrostatic deflection, and detection of the neutral particles by monitoring the variation of the quartz crystal oscillation frequency upon exposure to the particle – laden molecular beam.
Catastrophic phase inversion from w/o to o/w or w/o/w has been investigated by monitoring the variation of emulsion conductivity with water mass fraction at different homogenization speeds, initial particle locations and particle concentrations.
The electrode performance has been conveniently evaluated by monitoring the variation of the charging efficiency and desalination amount with time under an appropriate charge input, which is much helpful to guide the operation process in practical CDI applications.
As results, conventional methods relying on tumor size changes, that is, response evaluation criteria in solid tumors (RECIST) is insufficient and even inappropriate for the response evaluation by monitoring the variation of tumor size after targeted therapies.
By monitoring the variations of the spectral components dynamically, an NIR procedure for tracking the conformational transition of silk fibroin was established.
The mechanisms of the enhanced fracture properties and crack growth behaviors of the epoxy composites are explored and interpreted from an atomic view by monitoring the variations of the non-bond interaction energy and radius distribution function between carbon nanotubes and epoxy matrix.
These studies along with our finding that changes in exon expression is widespread between mice of difference strains demonstrate the importance of monitoring variations in splice forms and that splicing is affected broadly by natural genetic variations.
