Taken together, our findings suggest that AMPK-mediated regulation of GSK3β is responsible for the anthocyanin-induced decrease in the proliferation and metastatic potential of hepato-carcinoma cells.
This shows that p53 is indispensable for the IFNγ-induced decrease in cell proliferation in the NPCs.
However, our finding that Ca2+ influx is required for the capsaicin-induced decrease in TRPV1 mobility may hint at the mechanism by which the change in mobility occurs.
Second, there is an apparent ATP- or ADP-induced decrease in the probe affinity for DAPK in solutions where DAPK is predominately monomeric.
Possible mechanisms for the ANTU-induced decrease in innate resistance to growth of tumour in the lungs are discussed.
Together, the data suggest that Gα8 and Gβ are required for the GTPγS-induced decrease in rAprA binding to membranes.
Third, again unlike Gα8, Gα9 is not required for the GTPγS-induced decrease in rAprA binding to membranes.
This might be associated with the trend for zinc-induced decrease in whole body iron content, although other explanations are possible.
These findings are the first direct in vivo demonstration of a causal role for NADPH oxidase in the NEFA-induced decrease in beta cell function.
The regression line for formaldehyde-induced decrease in respiratory rate was RD = −31.5 × log C (ppm) + 79.9.
The TeNT-induced decrease in VAMP1 can be assessed by the labelling-intensity spectrum graphs by a shift of the peaks towards darker bins from those for controls.
