Sentence examples for sample and target from inspiring English sources

The ΔCTs for each sample and target were obtained by normalizing the threshold cycle number (CT) to the constitutively expressed gene glyceraldehyde-3 phosphate dehydrogenase (GAPDH, amplification efficiency  = 95%).

The distribution of respondents across year in the programme, and programme of specialisation (postgraduate trainees only) was not significantly different between the sample and target population.

∆Cp value was first calculated by subtracting the Cp value for corresponding endogenous controls in each sample from the Cp value for each sample and target gene.

The Y value for each cDNA sample and target sequence was divided by the Y value from the housekeeping gene (18S) for that particular sample to derive a Δ Ct value (PE-ABI; Sequence Detector User Bulletin 2).

With regards to nonresponse, 23.7% of the studies specified at least one of the following situations: reasons for nonresponse described, nonresponders described, comparison of responders and nonresponders, or comparison of sample and target population.

Oligo-dT primed (dT20) first-strand cDNA was prepared for each sample using 500 ng total RNA and Superscript II reverse transcriptase (Clontech, Mountain View, CA, USA), then used for duplicate qPCR reactions for each sample and target.

Zeisl et al. [15] apply the semi-supervised multiple-instance learning for target tracking, in which the target and background of the first frame is assumed to be tagged sample, and targets of the subsequent frames are assumed untagged samples.

This filtering system provides simple, rapid, and consistent sample collection and concentration for further analysis, and could be applied to a wide range of different samples and target organisms in situations lacking laboratories.

In other words, local information resides in the HOG features of the two, sampling and target landmark localities while the global shape information resides in the joint treatment of the N landmarks.

ΔCt represents the difference between target gene expression in control samples and target gene expression in HCV samples.

A similar approach was used to evaluate variability introduced by sampling and target preparation protocols (Fig. S2B).