The device used for skin incision can deeply affect final results and patient’s recovery time. Lateral thermal injury (LTI) and processes of wound healing after incision are pivotal in the patient’s outcome1. Aims of this study are to compare incisional damage and lateral thermal injury (LTI) produced by Diode Laser (DL), CO2 Laser (CO2L), Thulium Laser (TL)2, monopolar electrosurgery (MES) and Steel Scalpel (SS) on porcine skin incisional wounds. Moreover, it aims to get deeper insights on any differences on wound healing processes.
Preliminary results on skin incision, tissue damage and wound healing on in‐vivo porcine skin model: a comparison between different methods, based on surgical, histological and immunohistochemical results. part two: histology and immunohistochemistry.
PORCELLATO, ILARIA;BUFALARI, Antonello;BRACHELENTE, CHIARA;SFORNA, Monica;PASSAMONTI, Fabrizio;MECHELLI, Luca
2013
Abstract
The device used for skin incision can deeply affect final results and patient’s recovery time. Lateral thermal injury (LTI) and processes of wound healing after incision are pivotal in the patient’s outcome1. Aims of this study are to compare incisional damage and lateral thermal injury (LTI) produced by Diode Laser (DL), CO2 Laser (CO2L), Thulium Laser (TL)2, monopolar electrosurgery (MES) and Steel Scalpel (SS) on porcine skin incisional wounds. Moreover, it aims to get deeper insights on any differences on wound healing processes.File in questo prodotto:
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