Considering the TNF-α level, we can infer that the decrease of viability is caused from proliferation inhibition of SMC by DMSA-MNPs.
We infer that the decrease in coordination number of Co2+ ion is due to the participation of the carbonyl oxygen of acetone in the coordination since the size of acetone is larger than methanol.
We can infer that the decrease in D-N between 2.5 and 50 μg/ml PK is due to the elimination of poorly protease-resistant forms of PrPSc, referred to as senPrPSc (Table 1).
Therefore, we infer that the decreased proliferation observed in MCF-7 cells is caused by an increase in cell cycle arrest at G0/G1 phase followed by apoptosis.
We can thus infer that further decrease in the B X component after that time reflected an actual increase in current rather than motion of the electrojet, which is consistent with the AFM inversion (including the single-station version).
It has also been inferred that the crustal breaks would decrease the effective elastic thickness and represent the deep crustal fault zones in which major earthquakes nucleate (Wannamaker and Doerner, 2002).
These small changes in EXAFS spectra were used to infer that decreases in average aggregate size occur with the decreasing neutralization level and that all zinc ions are in aggregates.
It could be inferred that the increase in TS and the decrease in E by CaCl2 treatment were mainly due to the development of cross-linking between carboxyl group of alginate and Ca2+.
It can be inferred that the concentration of Ti3SiC2 is decreasing gradually.
Although there is no direct correlation between IgG levels of V2E9 hybridoma and pathological antibody of autoimmune disease, we infer that decreases in IgG levels may mirror an improvement in pathological antibody.
