We examined the expression changes in genes involved in fatty acid synthesis during the transition from pregnancy to lactation in all three tissues in relation to changes in core clock genes (Figure 4A).
In this study we examined the expression changes in the sensitive (MCF-7, MDA-MB-157, Hs578T, UACC3199, HCC1937, MDA-MB-436) and two resistant (MDA-MB-231, T47D) breast cancer cell lines to the HSP90 inhibitor, 17AAG.
On the basis of our previous studies wherein we examined the expression changes in candidate genes after three days of HDI exposure [ 18], we hypothesized that HDI treatment at the beginning of differentiation would reprogram gene expression and accelerate the entire differentiation process.
Examining the expression changes of these pathways under low pH stress highlights that the CWI pathway is the major stress response pathway induced by low pH stress; the entire pathway is induced, with only the exception of Rom2, which is slightly downregulated (Table S3).
Thus, we examined the expression change of STIM1 and Orais 1 3 between proliferating A2B5+ NPCs and differentiated cells, and whether knockdown of STIM1 and Orai1 causes a change in the differentiation potency of A2B5+ NPCs in differentiation condition.
To elucidate the intracellular signaling pathway, we first examined the expression change in apoptosis-related proteins within the mitochondrial pathway.
This hypothetical module was tested in an independent material, by examining if the expression changes of the module genes could be replicated.
