Titlebook: Arthroscopic Laser Surgery; Clinical Application Allen T. Brillhart Book 1995 Springer-Verlag New York Inc. 1995 Laser.Laser Surgery.Surger

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dge of the topic addressed as well as by his expertise with that specific laser arthroscopic system. Over 120 full-color illustrations enhance the presentation. The definitive text of arthroscopic laser surgery applications and technique, this volume is a must-have information source for all orthopaedic surge978-1-4612-7550-3978-1-4612-2468-6

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History of Arthroscopic Laser Surgery, stated that, “Lasers have no advantage in arthroscopic surgery.” This statement represented a culmination of 5 years of frustration with the use of the 10.6 .m CO. laser for arthroscopic meniscectomies (Smith and Nance, 1983, 1988).

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,Surgeon’s Evaluation of the Ablation Efficiency of Arthroscopic Laser Systems, al., 1989; Nishioka and Domankevitz 1990; Trauner et al., 1990; Cummings et al., 1993; Shi et al., 1993). They are measures of laser performance that mean more to the engineers than they do to the surgeon. Once a patient is involved however, testing dynamic effects as applied in vivo is essential (

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Effects of Laser Energy on Diarthrodial Joint Tissues: Articular Cartilage and Synovial Cell Metabos through increased cartilage and synovial cell activity. We review here the organization and function of articular cartilage and summarize effects of laser energy on joint tissue as reported in the literature and from our experimental studies with the 2.1 .m holmium:YAG laser. Our studies showed th

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Tissue Repair Using Lasers: Arthroscopic Applications, made experimental tissue anastomosis feasible; but clinical application of tissue welding has undergone only limited clinical trials. Using heat to anastomose tissue is fraught with complications. The technique’s limitations and the factors that lead to successful tissue welding are reviewed.