Nevertheless, the combination of culture-based analysis with molecular analysis increases the observed bacterial diversity.
Our molecular analysis showed increased levels of Cxadr, Il6st, Pdgfra, and Slc2a1 in the LV of both Wt and Hif1a +/- diabetic hearts which corresponds to the onset of pathological processes associated with cardiac remodeling in diabetic cardiomyopathy.
Gene expression analysis increases our knowledge about the biology of CaP and may render novel molecular tools, but the identification of accurate biomarkers for reliable molecular diagnosis is a real challenge.
Molecular analysis, however, showed that increased intratumoural MVD, c-erbB-2 membrane overexpression, accumulation of mutant p53 protein and high proliferation index assessed with the MIB-1 MoAb defines subgroups of patients with increased risk of local relapse, in high-risk breast cancer patients.
The use of molecular analysis with conventional epidemiology has increased our understanding of TB transmission (15, 16).
The application of this criterion for patients who have benefited from molecular analysis of blood specimens significantly increases the definitive diagnosis of endocarditis (1/18 vs 6/18; p = 0.03) before the heart valve analysis.
Molecular analysis demonstrated that NaF and BS increased resistance to inflammation by reduction of IL-1β, IL-8, and tumor necrosis factor (TNF -α producTNF -α
The consistency between the molecular analysis and botanical classification could be increased by the analysis of a larger number of microsatellite markers.
Molecular analysis showed reduced MIF expression and increased E-cadherin mRNA expression in the colon of sulindac-treated Hif1α ΔIEC mice.
The potential for the molecular analysis of human genetic material has increased enormously with the availability of the human genome sequence, SNP identification efforts and the development of high-throughput genotyping platforms [ 1].
