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Mohs Micrographic Surgery in Sussex

Mohs Micrographic Surgery in Sussex with Laser & Skin Clinics is the gold-standard treatment for common skin cancers such as basal cell carcinoma. This advanced procedure is performed by specially trained dermatologists and can treat most skin cancers except melanoma.

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How Mohs Surgery Works

The treatment involves removing the visible cancer and a thin layer of surrounding skin from underneath. Each layer of skin is then examined under a microscope to ensure that no cancer cells are remaining. If cancer is still present, additional layers are removed and examined until all cancer cells are gone.

The picture shows our team at Laser and Skin Clinics performing Mohs Micrographic Surgery in Sussex with expert precision and care. A close up of our team at Laser and Skin Clinics performing Mohs Micrographic Surgery in Worthing.

Precision That Preserves Healthy Skin 

This precise procedure minimises the amount of normal tissue that needs to be removed around the cancer. As a result, Mohs surgery for basal cell carcinoma often leads to less scarring and disfigurement than traditional surgery. It is particularly suited for visible areas such as the face, where both appearance and function are important.

Same-Day Skin Cancer Removal 

Mohs skin cancer surgery in Sussex is usually completed in a day. Once malignant tissue is removed there is no need for further surgery.

Success Rates and Benefits 

The cure rate for primary, untreated cancers is around 99%, with slightly lower rates for recurrent cancers. These results are better than any other skin cancer removal method. For many patients, Mohs surgery offers the best balance of cure, safety and cosmetic outcome.

Book Your Private Consultation

If you are considering Mohs Micrographic Surgery in Sussex, our consultant dermatologists are here to help. Contact our specialist skin cancer clinics in Worthing today to book a private consultation. Early diagnosis and prompt treatment can improve your outcome and minimise scarring.

The image shows a person using a microscope, with a monitor in the background displaying what appears to be a magnified image — likely of tissue or cells.