Cells were evaluated for changes in several cancer hallmarks, as evidence for neoplastic transformation.
The exposed impregnated carbon was further evaluated for changes in its ability to remove SO2 and cyclohexane from air streams.
The formulations were evaluated for changes in particle size, PDI, and entrapment efficiency, besides physical appearance and ease of reconstitution [31, 32].
The impregnated carbon was exposed individually to CO2, NH3 and NO2 in humid air, then evaluated for changes in metal speciation, metal distribution, porosity and water-uptake.
For the ammonia system the absorber CO2 capture efficiency, NH3 slip, and solids precipitation were evaluated for changes in lean solution NH3 concentration, NH3/CO2 ratio, and absorber temperature.
Specific mutants that conferred increased growth in mixed sugars and hydrolysate tolerance conditions were isolated, confirmed, and evaluated for changes in genome-wide expression levels.
Long-term extreme precipitation data from several rain gages from temporal windows that coincide with the AMO phases are evaluated for changes in spatial and temporal variability across the region.
Study Design: Ultrasonographic changes were monitored in 60 women with an intact uterus in a group of 70 healthy women who were previously evaluated for changes in serum lipid levels.
Patients were evaluated for changes in HBV DNA and ALT concentrations, rates at which HBeAg was converted to negative, development of lamivudine resistance, and differences in the drug's effectiveness between patients with and without cirrhosis.
