The assessment of ZnT8A as a complement of the current T1D bioanalysis appears of added importance when considering that IAA by ELISA and ICA IFI test, at least when performed by the methods that are currently available in our laboratory, presented several technical limitations and did not show a valuable impact on the diagnostic process.
Finally, expanding on work in humans and preclinical work in our laboratory, we present insights into the neural substrate of tDCS antiepileptic effects as we find, by ppTMS measures, that cathodal tDCS augments GABAergic intracortical inhibition in rats.
Together with previous results from our laboratory, the present results indicate that the E2 control of the rate-limiting step in neuroprogesterone synthesis in astrocytes requires induction of a pathway from membrane ERα to IP3 receptor-dependent Ca2+ release and stimulation of AC1.
Extensive experimental study on solar water heaters, which were developed in our laboratory, is presented.
Methods of measurement as well as experimental devices, designed by our laboratory, are presented and commented on.
Characterisation of an industrial plasma-immersion ion implantation (PIII) reactor developed by the French company Ion Beam Services IBSS) and our laboratory is presented.
The manufacturing method of corrugated core sandwiches in our laboratory is presented at first and its mechanical behavior under quasi-static loading shows a good repeatability.
A flow injection calibration system, originally designed and tested in our laboratory, is presented here as a versatile analytical tool serving for calibration purposes.
The results obtained with a capillary rheometer, transfer molding and die-drawing module designed and assembled in our laboratory are presented in this work.
It covers the design, development, and mechanistic aspects of a domino methodology discovered in our laboratory, which presents numerous challenges, including issues of chemo-, regio-, and diastereoselectivities.
