Rosemberg S K, Elson L M, Nathan L E
Department of Surgery (Division of Urology), Sinai Hospital of Detroit, Michigan.
Urology. 1988 Mar;31(3):237-9. doi: 10.1016/0090-4295(88)90149-5.
Microsurgical carbon dioxide (CO2) vasovasostomy was successfully achieved by fusion coagulation of protein with power densities of 40 W/cm2. When 20 and 32 W/cm2 were used, the histologic picture was found to be a uniform leakage of sperm with secondary granuloma formation, suggesting that at this power density, unsuccessful attempts at welding the vas deferens will result.
通过40W/cm²功率密度的蛋白质融合凝固成功实现了显微外科二氧化碳（CO₂）输精管吻合术。当使用20W/cm²和32W/cm²时，组织学图像显示精子均匀渗漏并伴有继发性肉芽肿形成，这表明在此功率密度下，输精管吻合术将失败。
