The descriptive theories are complemented by our quantitative analysis that has a potential to interpret a wide range of different cancer phenotypes.
Instead, our work was mainly motivated by [1] and aimed at a global, quantitative analysis that is lacking to date.
Recently, we have shown by detailed quantitative analysis that brominated noscapine (EM011) modulates microtubule dynamics by increasing the 'pause' time of microtubules without affecting their overall existence [32].
Usually, by sensitivity we mean the quantitative analysis, that is, the study of derivatives of the perturbation function.
By quantitative analysis, we observed that the fragments of Magmas interacted with yPam18 and DnaJC19 fragments with nearly similar affinities when compared with full-length proteins (Figs 6C, D and 7B, C).
Microscopic evaluation was confirmed by quantitative analysis of the TUNEL assay that revealed significantly higher frequency of epididymal cell apoptosis (p < 0.01) especially in the caput and cauda regions of all groups examined when compared to the control.
Thus, we previously showed by quantitative analysis of melanoma tissue microarrays, that the loss of nuclear AP-2α expression was associated with malignant transformation and progression of melanoma and that high cytoplasmic to nuclear ratio of AP-2α correlates with poor prognosis [11], [16].
The results obtained show that the presence of both chromium and mixed nickel iron oxides in the films revealed by quantitative analysis develops a p-n heterojunction that controls their electronic structure, in a similar manner to the case of stainless steels.
When administered prior to or shortly after Ad-VEGF-A, MV and GMP formation were prevented and both angiogenesis and arterio-venogenesis were strikingly inhibited, as judged both by histology and by quantitative analysis using a double tracer method that measured total intravascular plasma volume as well as leaked plasma [ 28].
This observation was supported by quantitative statistical analysis that showed RMS roughness was highest (12.1 μm) for CS exposed to a combination of FeOB M. ferrooxydans PV-1 and FeRB Geothermobacter sp. HR-1.
