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Squamous Cell Carcinoma

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About Squamous Cell Carcinoma

What is it?

Squamous cell carcinoma (SCC) is a type of non-melanoma skin cancer caused by mutations in skin cell DNA, which then spreads to surrounding cells. SCC occurs in the squamous layer found at the top of the skin’s outer layer (the epidermis). Symptoms of SCC typically include a scaly, firm reddish nodule on the skin or a flat, crusty skin lesion. It usually develops where the skin is frequently exposed to the sun, particularly the face, ears, hands, neck, and scalp.

What causes it?

If you have fair skin and/or spend a lot of time in the sun, the risk of developing SCC greatly increases, although there are other common risk factors as well. Some of these additional risk factors include living in sunny climates or high-altitude locales, having a family history of skin cancer, and having a history of frequent sunburns. Though less common than basal cell carcinoma and rarely life-threatening, SCC should not be dismissed. We urge you to contact your neighborhood skin healthcare provider if and when you notice unusual skin lesions, discolorations, bumps, and other abnormalities.

Common treatments

We know how apprehensive squamous cell carcinoma can make you. As your community skin cancer experts, we realize it can even be traumatic emotionally and physically, which is why we’re here with comprehensive advice and solutions to overcome this condition. Our skin cancer experts have the knowledge and experience to address squamous cell carcinoma. We urge you to undergo regular skin cancer screenings, especially if the above risk factors apply to you. If it is determined that you have squamous cell carcinoma, we offer an assortment of treatment options, including topical medications, superficial radiation therapy (SRT), excision surgery, electrodesiccation with curettage, photodynamic Therapy (PDT), and cryotherapy.

Providers

Our approach & expertise

What distinguishes our skincare from others is our attention to you as a person. Our expert practitioners are here to alleviate your concerns and provide compassionate support. With your input, we will find the solution that best addresses your condition.

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