First, we focused our analysis on the screening of the host response usually found at some stage of plant-microbe interaction.
After performing a screening of the various factors, response surface analysis led to the following optimal conditions for the abatement of the dissolved organic carbon (DOC): 26 °C, 25 mA cm−2, 100 mg L−1 and 720 rpm for the temperature, the current density, the initial antibiotic concentration and the agitation speed, respectively.
During the screening phase, the response of each child to successive homeopathic medications was observed until the optimal medication was identified.
Despite the existence of different screening methods, the response to cancer screening is poor among Malaysians.
We applied a comprehensive new methodology for epitope identification based on the immunization of HLA-DR3tg mice with recombinant adenovirus encoding human tumor antigens and subsequent screening of the T cell responses in vitro with the help of combinatorial antigen-specific peptide libraries.
First, the prevalence statistics reported in our study is based on the sample of diabetic patients who were registered in primary healthcare facilities in Gegharkunik province and who agreed to participate in the screening with the response rate of 47%.
In the process of epitope screening, the response to hGPI539 558 peptide was comparable with that to hGPI327 346 peptide; however, the response to hGPI542 556 and hGPI544 558, which were synthesised with 90% purity, was lower than that to hGPI539 558 peptide.
Because of the complexity of the reaction with respect to the number of parameters that can affect the refolding efficiency, 26 1 half-fractional factorial design (H-FFD) was employed for initial screening of the factors, potentially influencing the response.
The primary screen identified a large number of potential modifiers that were subjected to a secondary screen for hyper-activation of the response under severe heat stress.
For microarray screening of the time course stress response, liver total RNA from 5 stressed and 5 control animals at each sampling time (6, 24, 72 and 120 h) after confinement exposure were individually analyzed.
