Sentence examples for marker changes in from inspiring English sources

Bone turnover marker changes in response to physical activity are well documented.

This study was designed to identify changes in the monocytic membrane marker HLA-DR and heat shock proteins (HSPs) in relation to T-regulatory cells (T-regs) and other immunological marker changes in patients with systemic inflammatory response syndrome (SIRS) or sepsis/septic shock.

In contrast, short-duration presurgical trials are applicable to many more patients, including those with smaller cancers, and the study of molecular marker changes in such trials may provide information valuable to efforts to individualise adjuvant treatment.

Since the bone marker changes in this study and another previous study by Shuid et al., [ 8] were indicative that orchiectomy only affected the bone resorptive activity of osteoclast, we have studied the gene expressions of OPG, RANKL and MCSF.

As for the experiments performed to detect EMT/epithelial marker changes, in vitro experiments on PC3 cells were performed by treating these cells for 8 days with SE (0.4 mg/mL), CR (0.4 mM), and CCT (0.1 mM).

The study of the synovial tissue from small joints can be a valuable research tool, allowing for this tissue to be incorporated into future trial designs, which is critical for further understanding of the pathogenesis of this disease and for assessing marker changes in the course of disease or in response to targeted therapies.

Median marker change in OR (−76%) was close to that of SD (−58%) (P=0.7), but significantly higher than that in PD (5%) (P=0.003).

The current study model is different from the usual acute traumatic model, one that is anterior cruciate ligament-sacrificed and that has been used and presented as an obvious serum marker change in several studies.

The reasons for these false-positive signals could include inadequate surrogate markers, changes in dose, changes in usual care, changes in inclusion criteria and settings and/or the play of chance between the POP/Phase II and pivotal/Phase III RCTs.

In addition to the changes in the phenotypic markers, changes in cell morphology were also assessed under phase contrast light microscopy.

In combination with neutral genetic markers, changes in the phenotype of an organism can be used to assess the intensity and direction of natural selection (Raeymaekers et al., 2007).