Abstract
We present here results obtained using hightech bipolar instruments with an electrosurgical device and a non-linear dynamic feedback system for excision of large tissue blocks. The effectiveness of using bipolar scissors with blades made of nanostructured zirconium dioxide and thermostabilized bipolar forceps was assessed using high amputation of the lower limbs as an example. Significant results were obtained showing that the use of innovatory electrosurgical technologies for transfemoral amputation in patients with terminal-stage peripheral arterial disease increases the typical clinical measures of efficacy by an average of 39%. The results can be taken as the basis for a new method of using electrosurgical technology for high amputations of the lower limbs.
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