Lessons learned from earlier experiments were applied, with 98.4% of villages covered by 62 000 VHVs and 588 000 VHCs by 1989 (Nitayarumphong, 1990), and access to basic health care, safe water, and adequate sanitation expanded.
A twofold change expression cut-off for ratio experiments was applied together with anti-correlation of ratio profiles rendering the microarray analysis set highly significant (P-value<0.01), robust and reproducible.
The Taguchi orthogonal array method based on three-level-four-variables with nine experiments was applied for the analysis and optimization of the reaction parameters including time, substrate molar ratio, amount of enzyme, and amount of molecular sieve.
The experiment result was applied with existing algorithm to prove effectives.
The stop and flow experiment technique was applied, with the injection of a pulse of 5μL of a dilute solution of thiourea, a nearly unretained compound.
For all experiments, the sweep gas flow was applied with 100% oxygen by a Flow-i Anesthesia Delivery System (Maquet Critical Care, Solna, Sweden); in a subset of animals the sweep gas flow was provided with room air.
Groundwater control experiments were applied for the treatments with pan coefficient of 0.8 (in) in the 2014 and the irrigation intervals of 8 days in the 2015.
For the calibration sodium chloride was dried 2 h at 120 °C and 5.845 g were weighed and filled up with water to 1 L. For the calibration comparable conditions such as in the biological experiments were applied (T = 37 °C; agitated with a magnet stirrer).
Inversion recovery experiments were applied for each single compound along with the mixture of analyte and internal standard.
Both finite element simulations and laboratory experiments were applied to validate this least-squares method with acceptable accuracy if the even terms of the series solution are removed.
