The validation results demonstrated that the self-probing primer methods are able to quantify the DNA amount in the different samples with good sensitivity and precision.
Results obtained show that this method is able to quantify 13-desMeC in the range of 50 350 μg kg−1 meat.
Results show that the method is able to quantify local deformations induced by moisture changes in tomographic images of wood cell wall with high accuracy.
An automatic method is able to quantify fissural completeness in a cohort of subjects with severe emphysema consistent with a visual consensus read of three radiologists.
To conclude, a fully automatic, quantitative method is able to quantify fissural completeness in a manner comparable to expert radiologists in a cohort of subjects with severe emphysema.
Analogous to ND-PAGGE, this method is able to quantify HDL populations in conjunction with automated densitometry for further analysis [75].
The method is applicable for tracer studies, and the method was able to quantify rate constants of greater than 10−5 s−10−5
The method was able to quantify synthetic templates over eight orders of magnitude and readily discriminated between microRNAs with single nucleotide differences.
By this method, we were able to quantify the morphological changes of skeletal muscle in trauma patients.
