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The presented dataset comprises the electrical conductivity and relative permittivity data derived from the lower-scale model simulations as a part of multiscale computational modelling of electrical properties of thyroid and parathyroid tissues, which relates to the paper 'Multiscale Model Development for Electrical Properties of Thyroid and Parathyroid Tissues' submitted to IEEE Open Journal of Engineering in Medicine and Biology.

This dataset contains parameter values of the model presented by the manuscript titled "Model-Based Extraction of T2D Diagnostic Information from Continuous Glucose Monitoring". The parameters are obtained by first extracting hyperglycemic excursions, i.e. peaks, from continuous glucose data. A simple mathematical model describing glucose homeostasis is fitted to each peak, resulting in a collection of model parameters for each peak.

Transcribing a theoretical or conceptual paper allows readers to quickly read and reference the spoken material. Transcriptions further benefit deaf and hard-of-hearing people and others who need written translations. Transcribing the content makes it more accessible and valuable for theoretical and conceptual paper writers.

Although surface coating is commonly utilized in many industries for improving the aesthetics and functionality of the end product, our tactile perception of coated surfaces has not been investigated in depth yet. In fact, there are only a few studies investigating the effect of coating material on our tactile perception of extremely smooth surfaces having roughness amplitudes in the order of a few nanometers.