Radiocauterization is a modern technique for removing benign ENT lesions using high-frequency radio waves. The procedure allows precise excision of papillomas, polyps, cysts, fibromas, and other benign formations in the nose, pharynx, larynx, and ear. This method is characterized by minimal tissue trauma, absence of bleeding, and rapid healing.
When is radiocauterization indicated?
- Presence of benign lesions such as papillomas, polyps, or cysts.
- Lesions causing breathing difficulties, voice disorders, or hearing impairment.
- Chronic inflammatory ENT conditions associated with pathological formations.
- Progressive enlargement of lesions interfering with normal ENT function.
- Aesthetic discomfort caused by visible lesions.
How is radiocauterization performed?
- Diagnostic evaluation – clinical examination, endoscopy, CT or MRI to determine the size and exact location of the lesion.
- Anesthesia – the procedure is usually performed under local anesthesia and is painless.
- Lesion removal – a radiofrequency surgical electrode precisely excises the tissue while simultaneously coagulating blood vessels, preventing bleeding.
- Treatment of the operative field – antiseptic application to promote rapid healing.
Advantages of the method
- Bloodless procedure due to simultaneous vessel coagulation.
- Minimal trauma – surrounding healthy tissues are preserved.
- Rapid healing and short recovery period.
- No sutures or scars, which is especially important for nasal and laryngeal procedures.
- Low risk of recurrence due to precise removal of pathological tissue.
Recovery after the procedure
- Avoidance of hot food and drinks during the first days after treatment (especially for the larynx and nasopharynx).
- Restriction of physical activity for approximately one week.
- Follow-up visit with the physician a few days after the procedure.
- Use of antiseptic solutions to prevent postoperative inflammation.
Advantages of radiocauterization in Belarus
In Belarus, radiocauterization is performed in modern ENT clinics using high-precision radiofrequency technologies, ensuring safe and effective removal of benign lesions without complications and with a short rehabilitation period.