If the 2007 2008 A1C data were available and used in our analyses, we might have enhanced our analytic power and strengthened other associations of poor glycemic control with access to health care from marginally significant to significant.
These 4 gene sets formed the basis of our subsequent analyses where we compared enhanced gene profiles between chemosensory tissues and across sexes.
To enhance robustness of the analyses, we compared eGRFcreat, eGRFcreat+cysC and eGFRcysC between risk groups.
Results of these analyses indicated enhanced bone formation in the group that received BMP2+VEGF-expressing MSC compared to other groups.
Data derived from proteomic, peptidomic and allergomic analyses has enhanced our understanding of the whole envenoming process caused by the insect sting.
In vitro cell adhesion, viability assay, and real-time PCR analyses disclose enhanced adhesion, proliferation, and osteo-differentiation of rat bone mesenchymal stem cells (bMSCs).
Genome level analyses have enhanced our view of phylogenetics in many areas of the tree of life.
Furthermore, flexibility of subgroup analyses is enhanced, thus the estimated subgroup effects may be less influenced by misclassification and bias.
In Experiment one, these analyses selectively enhanced detection rates during the cooperative phases by on average 24% whereas average detection rates for the uncooperative phases were only increased by 4%.
Our association analyses were enhanced by virtue of ancestral sequence information that enabled us to deduce QTNs that segregate differentially in the CC lines, thus reducing false positives and assisting in the identification of potential candidate genes.
When culturing wild-type and Nr2f6-deficient naive CD4+ T cells under Th1 conditions, cytokine expression pattern analyses confirmed enhanced cytokine responses for IL-2, IFN-γ and TNF-α.
