Previous studies have shown that there are significant differences in the molecular mechanisms in different mineralizing species and, therefore, between the proteins they use.
Our overall hypothesis is that the observed differences in the molecular and morphological features of different tumor cells in individual lung cancers may have functional correlates.
Alternatively, this result could be due to differences in the molecular properties probed by the two different versions of the GdnHCl stability assay.
Thus, in the future it will be interesting to investigate different P. ginseng autotoxins to reveal the similarities and differences in the molecular mechanisms of autotoxin-induced responses.
Differences in the molecular alterations underlying the development of uterine sarcomas and adenocarcinomas are significant.
Differences between Gd-DTPA-enhancement and HRP may reflect differences in the molecular size of the tracers.
Desiccation-tolerant plants can be subdivided also on the basis of differences in the molecular mechanism of desiccation tolerance.
However, it will be interesting for future studies to examine whether the bECM- and MaxGel-specific effects on neuronal activity are attributed to differences in the molecular structure of perineuronal nets.
The separation of the components of a mixture by gel chromatography is based on the differences in the molecular sizes of the components.
A blend composition dependence of χ23 was found, mainly determined by differences in the molecular surface-to-volume ratio of the polymers.
Despite large differences in the molecular weights of the two polymers, the liquid-liquid phase diagrams were symmetric about the 50/50 composition.
