Electroquatery in Dermatology
Most Common Uses for Electroquatery in Dermatology
The same principles that apply to any electroquatery procedure apply to electroquatery for dermatology. The device cuts, desiccates (dries the area), coagulates (forms blood clots) and fulgurates (destroys and removes) tissue.
There are so many dermatology procedures that respond well to electroquatery that dermatologists generally use it every day. The benefits of the procedure are numerous. Procedures are performed under local anesthesia, often without the need of an assistant. The use of electroquatery has been tied to less bleeding during the procedure which reduces complications, promotes rapid healing and minimal scarring.
A few of the most common electrosurgical dermatology procedures include the following:
Removal of skin lesions
• Non-cancerous moles (Electrosurgery is not used for excision of suspected or confirmed melanomas)
• Common skin tags
• Warts
• Small basal cell carcinomas less than 0.2 inches in diameter
• Squamous cell carcinoma that is in situ
• Other miscellaneous lesions
• Seborrheic keratoses
Treatment of angiomas and pyogenic granulomas
Electrosurgery for dermatology procedures is the ideal method for removal of hemangiomas and pyogenic granulomas due to their vascular nature and tendency to bleed. With electrosurgery, the elevated portions of the lesions are shaved off and the area electrocoagulated. With this procedure, if there is any blood loss at all, it is minimal.
Electrosurgery for acne
Electrosurgery for dermatology is used to treat some types of acne. For example, there are several remedies available for comedonal acne, which involves blackheads and whiteheads located primarily on the forehead and chin. If other treatments fail and the condition persists, electrosurgery is recommended.
Scar revision is another use of electrosurgery for dermatology
The advantage of electrosurgery for scar revision is the ease with which the unwanted tissue is removed without the dermatologist having to put pressure on the skin. The area is simultaneously coagulated to reduce bleeding. The device can be directed so that surrounding tissue is not damaged.
