Superficial Radiation Therapy in Portage, MI
If you are interested in discussing Superficial Radiation Therapy with an experienced dermatology expert in Portage, MI, contact Southwest Michigan Dermatology today or schedule an appointment online.
Table of Contents:
What is Superficial Radiation Therapy (SRT)?
What is the mitosis process and why is it important?
What are some of the benefits of SRT treatments?
Who is a good candidate for Superficial Radiation Therapy?
A cancer diagnosis can be one of the most difficult things a person and their family will ever deal with. At Southwest Michigan Dermatology, we are proud to offer our patients important access to non-invasive treatment options using Superficial Radiation Therapy (SRT) for certain types of skin cancer. If you or a loved one are looking for non-invasive skin cancer treatments we offer superficial radiation therapy in Portage, MI, our experienced and compassionate dermatology experts can help you understand the extent of treatment options that are available to you and help you make the best choice to address your medical needs.
SRT is a cutting-edge method for treating non-melanoma skin cancers. Using targeted technology, SRT can deliver precise and calibrated doses of radiation into the skin without penetrating too deeply. By effectively targeting tissue only within approximately 5 millimeters of the skin’s surface, we can safely destroy non-melanoma skin cancer cells. Superficial Radiation Therapy preserves healthy tissue surrounding the treatment area while destroying malignant squamous carcinoma and basal carcinoma cells and stopping the process of mitosis. SRT uses high-energy x-rays to kill spreading cancer cells, which allows for preservation of the surrounding tissue.
The process that the human body uses to reproduce cells is called mitosis. Mitosis of cancerous cells can cause cancer to spread throughout the affected area, resulting in an increasingly larger cancerous area. Once the area becomes too large, minimally invasive and non-invasive treatments may no longer be an option. By remaining diligent about skin cancer screenings, detecting cancer cells early, and implementing an effective intervention protocol, we can limit the spread of cancerous cells and improve treatment outcomes for skin cancer patients.
Superficial Radiation Therapy offers a wide range of benefits versus traditional skin cancer treatments. It eliminates the risk of infections or complications following surgical intervention, as well as the need for anesthesia, stitches, or painful recovery. There are no restrictions or downtime required for recovery, and no resulting scars following treatment. SRT also boasts a 95% cure rate for many types of skin cancer, making it an incredibly effective treatment option that rivals even MOHS surgery.
SRT is an impressive option for patients with certain types of skin cancers including basal cell carcinomas (BCCs) and squamous cell carcinomas (SCCs). SRT treatments can be especially beneficial for patients who for certain health reasons may not be able to undergo surgical removal of cancer cells. It is also a good potential treatment for patients with cancer that exists in areas that are difficult to access for surgical removal. SRT can also be combined with other treatments including surgical removal to eradicate cancer cells that remain following surgery, but that may not be visible during removal procedures. Combination therapy like this can reduce the risk of recurrence in many patients. SRT can also be used to treat skin cancer that has spread into other parts of the body including the lymph nodes.
We are proud to offer SRT as a non-invasive treatment option for patients with certain types of skin cancer, so we can effectively target cancerous cells without causing long-term damage to the surrounding tissue or leaving behind unsightly scars. We serve patients from Portage MI, Kalamazoo MI, Milwood MI, and Vicksburg MI.
Additional Services You May Like
▸IPL Laser Treatments
▸Laser Hair Removal
▸IPL (Intense Pulsed Light)
▸Pharos Excimer Laser
▸Superficial Radiation Therapy
▸MOHS Micrographic Surgery