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The aim of this research is to investigate the behaviour of neural systems in an electromagnetic environment in millimetre-wave (MMW) region of the spectrum. A small-size phantom mimicking the nerve fibre has been manufactured for modelling the effects of MMW on pulse transmission in this neural system.
In this study, pure water or guanidine hydrochloride solution was added to ascorbic acid oxidase to obtain its native and denatured form, respectively. Results show that both native and denatured AAO in solution absorb THz weakly, though the denatured solution showed a higher absorbance.
Emerging technologies are considering the possible use of THz radiation in different fields, ranging from telecommunication to biology and biomedicine. The study of the potential effects of THz radiation on biological systems is then an important issue in order to safely develop a large number of applications. This task is being accomplished in the framework of the EU funded THz-BRIDGE project. Experiments...
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