19 January 2001 Laser soldering of cuts in rat skin using fiber optic temperature-controlled system
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Background and objectives: Laser soldering of tissues is based on the application of a biological solder on the approximated edges of a cut. Our goal was to use laser soldering for sealing cuts in skin under temperature feedback control and compare the results with ones obtained using standard sutures. Materials and methods: Albumin solder was applied onto the approximated edges of cuts created in rat skin. A fiberoptic system was used to deliver the radiation of a CO2 laser, to heat a spot near the cut edges, and to control the temperature. Laser soldering was carried out, spot by spot, where the temperature at each spot was kept at 65-70 degree(s)C for 10 seconds. Results: The tensile strength of laser-soldered cuts was measured after 3-28 days postoperatively and was found comparable to that of sutured cuts. Histopathological studies showed no thermal damage and less inflammatory reaction than that caused by standard sutures. Conclusions: Temperature controlled laser soldering of cuts in rat skin gave strong bonding. The cosmetic and histological results were very good, in comparison to those of standard sutures.
© (2001) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
D. Simhon, D. Simhon, Avi Ravid, Avi Ravid, Marissa Halpern, Marissa Halpern, Inci F. Cilesiz, Inci F. Cilesiz, Tamar Brosh, Tamar Brosh, Noam Kariv, Noam Kariv, A. Leviav, A. Leviav, Abraham Katzir, Abraham Katzir, } "Laser soldering of cuts in rat skin using fiber optic temperature-controlled system", Proc. SPIE 4158, Biomonitoring and Endoscopy Technologies, (19 January 2001); doi: 10.1117/12.413809; https://doi.org/10.1117/12.413809

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