The procedure of the quantitative RT PCR was described previously (Araki et al., 2009).
With regards to the procedure of the quantitative evaluation, in the 85 of the 88 cases where visual evaluation has classified the automatic registration as correct, the resulting registration transformation is compared to the transformation obtained from Procrustes analysis using manually detected keypoint pairs.
The validation of the analytical procedure for quantitative determination of elements in medicinal plants and their aqueous extracts was performed by evaluating selectivity, working and linear ranges, limit of detection (LoD), limit of quantification (LoQ), trueness, and precision (repeatability and reproducibility) (EURACHEM [1998]).
The validation of the analytical procedure for quantitative determination of Pb, Cd, and Cr in fish feed was performed by evaluating linearity and selectivity, limit of detection (LoD), limit of quantification (LoQ), accuracy (recovery), and precision (repeatability and reproducibility) (European Commission 2007; ISO/IEC 17025 2005; EURACHEM 1998).
To more sensitively characterize the formation and expansion of mitochondrial deletions, we have developed a new procedure for quantitative analysis of rare deletion events.
In this paper, we report on the applicability of a small-scale, single step, acid-catalyzed procedure for quantitative determination of algal lipids as FAMEs through in situ whole biomass transesterification.
A procedure for quantitative analysis of skin carcinogenesis data, for the purpose of establishing carcinogenic potency, has been applied to observations obtained from C3H mice exposed continuously to synthetic and natural petroleums.
Determination of the elemental composition of isoprenoids seldom presents difficulty, because they are hydrocarbons, and a simple, reliable procedure for quantitative analysis of carbon and hydrogen has been available since the early 19th century.
As such, morphometric analysis is an important procedure for quantitative description of the drainage system; thus enabling improved understanding and better characterization of watersheds.
However, the μCT procedure for quantitative evaluation of bone structure has not been standardized so far.
