Complications of hyfrecation (electrosurgical ablation)?

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Complications of hyfrecation (electrosurgical ablation)?

Hyfrecation relies on heat produced by high-frequency current to cut or ablate tissue. That thermal effect is what makes burns and scar formation the most characteristic and likely complications. If energy is applied too long, at too high a setting, or if the electrode makes poor contact or passes current through non-target tissue, heat can extend beyond the intended area, causing a burn. As the tissue heals, this thermal injury can lead to scarring. Infection, nerve injury, and bleeding can occur with many procedures, but they are not as directly tied to the energy delivery and thermal spread of hyfrecation, and are less specific to this technique. Burns and scarring reflect the primary, predictable consequence of the underlying mechanism.

Hyfrecation relies on heat produced by high-frequency current to cut or ablate tissue. That thermal effect is what makes burns and scar formation the most characteristic and likely complications. If energy is applied too long, at too high a setting, or if the electrode makes poor contact or passes current through non-target tissue, heat can extend beyond the intended area, causing a burn. As the tissue heals, this thermal injury can lead to scarring.

Infection, nerve injury, and bleeding can occur with many procedures, but they are not as directly tied to the energy delivery and thermal spread of hyfrecation, and are less specific to this technique. Burns and scarring reflect the primary, predictable consequence of the underlying mechanism.

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