Home /Research /Development of Nanosecond Laser Module Built in the Robotic Multifunctional Surgical Complex for Minimally Invasive Therapy of Maxillofacial Area Pathology and Estimation of Its Effects on Blood Plasma
SURGICAL

Development of Nanosecond Laser Module Built in the Robotic Multifunctional Surgical Complex for Minimally Invasive Therapy of Maxillofacial Area Pathology and Estimation of Its Effects on Blood Plasma

А. А. Чунихин, M. Sahakyan, С И Гажва, E. A. Bazikyan

Year
2016
Citations
9
Access
Open access

Abstract

The aim of the investigation was to assess the efficiency of singlet oxygen excitation in blood plasma in vitro using infrared laser radiation with 1,2604 nm wavelength generated by a pulsed laser module, which was designed to be built in the robotic surgical device for minimally invasive maxillofacial surgery.

Keywords

MedicineLaser therapySurgical pathologyBiomedical engineeringPathologyMedical physicsLaserRadiologyOpticsPhysics

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