Liao and colleagues found differential genomic copy number aberrations in DCIS with an invasive potential compared to pure DCIS by array comparative genomic hybridization (aCGH) [ 7].
Most notably, it stated that "rules, standards, regulations and enforcement have a place in the pursuit of quality, but they pale in potential compared to the power of pervasive and constant learning".
This is due to their low toxicity potential compared to the other nanodelivery systems [2,5].
Interestingly compound 4f exhibited higher antioxidant potential compared to other derivatives.
The derivative 4a 4j showed better inhibition potential compared to standard monopotassium phosphate (MKP).
Primary and secondary XPS show enhanced self-renewal and clonogenic potential compared to MCPS.
LCR-containing LV had ~200-fold lower transforming potential, compared to the conventional GV.
The inorganic fertilizer amended soil showed higher nitrification potential compared to organically managed and control soils.
The organoborate was found to have a much lower oxidation potential compared to the organoborane.
The results showed that limestone has less moisture damage potential compared to granite.
The higher S content in heavy fuel oil results in higher acidification potential compared to light fuel oil (Table 5).
