In the present study, we examined, in healthy non-diabetic volunteers, the associations between circulating serum adiponectin concentrations and insulin sensitivity measured by a surrogate insulin sensitivity index, validated against the hyperinsulinaemic euglycaemic clamp technique.
Calculations for both resolution and sensitivity are validated by excellent agreement with measurements in different FAIMS modes for ions representing diverse types and analyte classes.
Using autoimmunity (at least one of two diabetes autoantibodies) and insulin sensitivity (equation validated against hyperinsulinemic-euglycemic clamps) as the main etiologic markers, we described four categories along a bidimensional spectrum: autoimmune plus insulin-sensitive (IS), autoimmune plus insulin-resistant (IR), nonautoimmune plus IS, and nonautoimmune plus IR.
The adopted BRB model, shown in an earlier study to give accurate predictions of the experimental behaviour of BRBs, is differentiated with respect to its material constitutive parameters using the direct differentiation method (DDM) and the obtained response sensitivities are validated by comparisons with the finite difference method (FDM).
To evaluate the biological sensitivity and validate the system pharmacologically, IC50 values of different ligands were measured the same way as done for the intraday repeatability and then compared with results from a traditional RBA.
This study describes our systemic approach to the development of the iLAMP using one phage-borne peptide with the highest sensitivity and validating the assay with application to several agricultural samples.
The results of the direct differentiation sensitivity analysis are validated by comparing with finite difference sensitivity calculations.
The relationships between ABCD2 and miR-30d, and ABCD2 and platin sensitivity were experimentally validated, suggesting a functional role of ABCD2 and miR-30d in sensitivity to platinating agents.
The suggested methods have high sensitivity and are validated as per ICH guidelines and rely on the use of non-expensive technique and affordable easily available chemicals.
The shape sensitivity analysis is validated by a comparison of the results with those obtained from the solution of the perturbed direct deformation problem (i.e. using finite differences).
