Reversed-phase high-pressure liquid chromatography equipped with photodiode array detector (RP-HPLC-PDA) method is very useful in the quantification of the phytochemicals.
These results indicate that more sensitive assays than hydroxyproline measurements could be useful in the quantification of fibrosis in mouse models.
Furthermore, the significant correlation between movement time and UPDRS motor score suggests that movement time may be useful in the quantification of PD severity.
Due to the relatively slow progress in the field of quantification of human reliability, there is a need to advance this area of research and provide techniques that are useful in human error quantification and that can be embedded in the main framework of quantitative risk assessments.
HRV is useful in non-invasive quantification of autonomic nervous system.
It has previously been shown to be useful in relation to quantification of lysosomal pH changes in whole cells, as well as microsomal membranes [ 27, 33], and therefore we used it to assess the effects of various potential PKC inhibitors in detail.
We hypothesize that generalizations of our approach could be useful in other contexts where quantification of the contributions of individual team members is important.
This assay has been shown to be useful in the assessment and quantification of the viability of organisms, cells or tissues in experimental studies [ 2, 3] but has been applied for the first time in this manner to renal tissue.
In addition, Cu and Zn-sensors have already proven very useful in other fields, e.g. in quantification of solubilized bioavailable metals from metal-containing nanoparticles [ 57- 59].
The method is especially useful in projects where reliable mRNA quantification rather than primary sequence information is important.
