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- W2008725625 abstract "Indagare su modelli ex vivo e in vivo le modificazioni termiche su tessuti orali e l’eventuale danno istologico indotto dal bisturi a risonanza quantica molecolare (RQM). È stata calcolata la variazione di temperatura conseguente all’incisione mucosa effettuata con: (1) bisturi a lama tradizionale; (2) bisturi a RQM; (3) laser a neodimio (laser Nd:YAG), 1064 nm; (4) laser a erbio (laser Er:YAG), 2940 nm, mediante l’impiego di termocoppie applicate all’interno di mandibole di maiale a livello del trigono retromolare. Sono stati inoltre analizzati 49 pezzi bioptici da lesioni orali benigne di tipo fibromatoso per valutare l’entità delle modifiche indotte dagli strumenti testati a livello epiteliale, connettivale e vascolare. Il bisturi a RQM induce un aumento di temperatura e artefatti istologici trascurabili (0,9 °C; 22,8 μm). Il bisturi a RQM rappresenta un apparecchio di elezione nel campo della chirurgia orale. To evaluate the thermal changes and histologic alterations produced in ex vivo and in vivo specimens of oral mucosa by the quantum molecular resonance (QMR) scalpel. Using electronic probes positioned within the mandibles of pigs, we measured temperature changes induced in the mucosa during incisions made with (1) a conventional cold blade; (2) a QMR blade; (3) a Nd:YAG laser (1064 nm); (4) an Er:YAG laser (2940 nm). We also evaluated the epithelial, connective, and vascular tissue modifications in 49 biopsy specimens of benign fibrous oral lesions collected with these same surgical instruments. The QMR blade was the instrument that produced the smallest increases in temperature and the mildest histologic artifacts (0.9 °C; 22.8 μm). The QMR blade is a useful tool in oral surgery." @default.
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- W2008725625 date "2012-04-01" @default.
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- W2008725625 title "Studio sperimentale sull’incisione mucosa con bisturi a risonanza quantica molecolare: valutazione biofisica e istologica" @default.
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- W2008725625 doi "https://doi.org/10.1016/j.ios.2011.05.001" @default.
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