We hypothesized that molecular changes resulting in a more aggressive phenotype following androgen ablation treatments is responsible, in part, for the observed increase in cell tolerance to cryotherapy.
When genes are studied that result in fitness effects sufficiently large to be easily quantified over short time scales, e.g. one growing season, and in experiments with low numbers of replicates, minor molecular changes resulting from the transformation procedure are unlikely to be influential, if the necessary precautions have been followed with transformation procedure.
The cellular and molecular changes resulting as a consequence of a full-term pregnancy are well documented in both animal models and humans [ 3- 5].
Our pilot experiment has shown that neither the clinical efficacy nor the molecular changes resulted from acupuncture treatment at Neiguan has been affected by the basic use of drugs.
Although these molecular changes, resulting from a subclinical toxicity, do not systematically lead to kidney failure or overt illness, our results might constitute a determining step in the identification of sensitive biomarkers to prevent the development of a UN-induced renal injury.
Based on the data reported here, we hypothesize that the underlying molecular changes that result in vascular damage and fibrosis in diabetes may be different between T1D and T2D, as indicated by significant differences in urinary collagen fragments.
To understand the molecular changes that result from Hdac3 depletion in osteoblast progenitor cells, the gene expression patterns in calvarial extracts were determined by microarray analysis and confirmed by qPCR.
Further studies are required to more accurately identify the precise molecular changes that result in the observed reduction in killing.
In addition, analyses of additional cell lines for finding a common pathway of molecular changes that result from NAC induced differentiation are being considered.
