Executed during the period between 1988 and 1994, the NHANES III consists of a representative sample of the noninstitutionalized civilian US population, which was selected by using a multistage, stratified sampling, and cluster sampling design [ 5].
Conducted between 1988 and 1994, the NHANES III included a representative sample of the non-institutionalised civilian US population, which was selected by using a multistage, stratified sampling design [ 6].
Pharmacies located in minority (≤70% minority residents) and white (≥70% white residents) zip code areas were randomly selected by using a 2-stage sampling selection process (response rate, 80%).
During each year, a sample representing the civilian, noninstitutionalized US population aged ≥ 18 years was selected by using a complex multistage sampling design that involves stratification, clustering, and oversampling.
Eight process parameters were selected by using a failure modes and effects analysis.
High or low magnification mode can be selected by using a combined electrostatic and magnetic objective lens for a high spatial resolution and a wide imaging area observation.
Two sets of accelerograms are considered, consisting of near-fault records with significant horizontal pulses, selected by using a pulse index, and significant vertical component, selected by the ratio between the peak of the vertical and the horizontal ground acceleration.
Models of toxin channel complexes were generated by the bimolecular complex generation with global evaluation, and ranking (BiGGER) docking software and selected by using a screening method of the docking solutions.
To combat the effects of negative transfer from unrelated sources, the most relevant source domains are selected by using an alternating optimization algorithm that iteratively solves the target decision function and the domain selection vector.
Purified NK cells were negatively selected by using an NK cell isolation kit.
NK cells were negatively selected by using an antibodies cocktail against lineages specific markers and magnetic beads (StemCell Technologies Inc.,Vancouver, BC, Canada).
