Monopolar Coagulation And Bipolar Coagulation methods of female sterilization скачать в хорошем качестве

Monopolar Coagulation And Bipolar Coagulation methods of female sterilization

Overview of Electrosurgical Coagulation Both techniques use electrical current to cauterize (burn) tissue, typically the fallopian tubes during laparoscopic sterilization. The goal is to block the tubes and prevent fertilization. 🔌 Monopolar Coagulation Mechanism: Current flows from a single active electrode through the patient's body to a dispersive (grounding) pad. Tissue Effect: Broader and deeper tissue damage. Advantages: Effective for cutting and coagulating large areas. Versatile in general surgery. Disadvantages: Higher risk of burns at the grounding pad site. Greater chance of unintended tissue damage due to current spread. Less precise control. 🔌 Bipolar Coagulation Mechanism: Current flows between two tips of a forceps-like electrode, confined to the tissue held between them. Tissue Effect: Localized and controlled coagulation. Advantages: Safer and more precise. Lower risk of burns or collateral damage. Preferred for delicate procedures and patients with implanted devices. Disadvantages: Less effective for large bleeding areas. Limited cutting ability. 🧬 Use in Female Sterilization Monopolar: Less commonly used today due to safety concerns and higher failure rates from incomplete tubal destruction. Bipolar: More popular for tubal coagulation; safer and more controlled, with reduced risk of recanalization (tube reconnection)2. #MonopolarCoagulation #BipolarCoagulation