How Medical Dermatologists Use Mohs Surgery to Treat Skin Cancer in NYCPublished on February 28, 2015 by Westchester Center For Dermatology
Learning that you or a loved one have skin cancer is very troubling news. However, the good news is that several treatments are available that increase the chances of beating it. You will want to talk to the doctor about these options, especially if it seems as though you’ve exhausted the alternatives.
NYC skin cancer patients benefit from Mohs surgery. Here’s why:
Mohs surgery is considered one of the most advanced ways of getting rid of skin cancer. One of the advantages of choosing this method of removal is that it works even with the previous use of other methods. This technique involves removal of skin around the tumor, one layer at a time. Mohs micrographic surgery is considered highly effective.
The benefits of cryosurgery to treat skin cancer in NYC
Cryosurgery is an effective method that treats cancer through the use of cold. The cancer cells are frozen, resulting in the cells’ deaths. One advantage of this method is the fact that there are far fewer side effects than many other types of cancer treatment. The decreased side effects are one reason the treatment has dermatologist recommendations.
Curettage and desiccation for skin cancer treatment in Manhattan
Curettage and desiccation involve scraping the area affected to remove the tumor and cauterized. This method is a common choice for those who are not good candidates for more invasive methods. It is also a very cost-effective method of cancer treatment.
There are many prescription creams commonly used to treat skin cancer. These drugs are considered a form of chemotherapy that effectively kills cancer cells. Unlike other types of chemo drugs, these do not have the systemic side effects that often make chemotherapy difficult for many patients.
Radiation therapy is useful in treating skin cancer, as well as other types of cancer. It might be used as an alternative to surgery or in addition to surgery. The treatment involves high-energy rays targeted at the cancerous cells.