Sentence examples for diabetic response from inspiring English sources

As shown in fig. 2, there is concordance between the measurement of the diabetic response by microarray vs. real-time PCR.

The disparities between diabetic and healthy tissue motivate the need for understanding the diabetic response to sensor implantation and warrant a careful investigation of the role of NO on the diabetic FBR.

Together, these disparate results may highlight the strain dependency and multigenic origin of the diabetic response, and suggest that the absence of UCP2 or presence of NNT can improve insulin secretion by pancreatic beta cells under some circumstances, but not under others, depending on factors yet to be identified.

As our patient had a diabetic response to the oral glucose tolerance test and a relatively normal response to the intravenous glucose tolerance test, we hypothesized a suboptimal glucose-dependent insulinotropic polypeptide and GLP-1 rise in response to oral glucose/meal in HNF4A mutation carriers.

The drug-induced type 1 diabetes animal model is widely used in studies of diabetic vascular response, and in present study, we tried to visualize the functions of vessels, which chronically exposed to high blood glucose level using the type 1 diabetic model mice.

This study aimed to investigate the interactive effect of VDR Fok-I polymorphism and vitamin D intake on diverse aspects of diabetic host response.

Our data show a significant difference in the diabetic host response to supplemental intake of vitamin D according to Fok-I VDR variants.

This study was designed to evaluate the possible role of VDR single nucleotide polymorphisms (SNPs) on different aspects of diabetic host response (anthropometric, metabolic, oxidative stress and inflammatory) to daily intake of vitamin D through fortified yogurt drink for 12 weeks.

This heterogeneity in diabetic host responses to vitamin D may partly be explained by variations in the genes affecting the individual response to vitamin D intake.

Basal endothelium-dependent vasodilation in diabetics in response to ACh was on average more pronounced (>40% of basal ID) than in control rats, but not significantly so, based on vessel order or vessel class.

Both decreased and increased BP have been reported in diabetics in response to ambient PM2.5, with these differences due to the time of the response relative to the start of exposure (acute vs. lag responses, respectively; Hoffmann et al. 2012; Schneider et al. 2010).