We found 3 mohs skin cancer surgeons who accept Humana Platinum near The Woodlands, TX.

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Specializes in MOHS-Micrographic Surgery
8850 Six Pines Drive; Suite 290
The Woodlands, TX
 

Dr. Brent Shook's area of specialization is MOHS-micrographic surgery. He is an in-network provider for several insurance carriers, including Blue Cross Blue Shield Bronze, Blue Cross Blue Shield HMO, and Blue Cross Blue Shield Gold. Before performing his residency at Texas Tech University Health Sciences Center, Dr. Shook attended Texas Tech University Health Sciences Center, Paul L. Foster School of Medicine. He is professionally affiliated with Memorial Hermann The Woodlands Hospital.

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Specializes in Plastic Surgery, MOHS-Micrographic Surgery
8850 Six Pines Drive; Suite 290
The Woodlands, TX
 

Dr. Christopher Conner's areas of specialization are plastic surgery and MOHS-micrographic surgery; he sees patients in Georgetown, TX and The Woodlands, TX. In his practice, Dr. Conner focuses on general reconstruction, skin cancer, and scar revision. He is in-network for several insurance carriers, including Aetna EPO, Blue Cross/Blue Shield, and Blue Cross Blue Shield Bronze. Dr. Conner graduated from the University of Texas Medical School at Houston.

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Clinical interests: Skin Cancer, Scar Revision, General Reconstruction

Specializes in MOHS-Micrographic Surgery
8850 Six Pines Drive; Suite 290
The Woodlands, TX
 

Dr. Robert Cook-Norris is a mohs skin cancer surgeon in Shenandoah, TX, The Woodlands, TX, and Houston, TX. He is a graduate of Texas Tech University Health Sciences Center, Paul L. Foster School of Medicine. Dr. Cook-Norris takes Blue Cross Blue Shield Bronze, Blue Cross Blue Shield HMO, and Blue Cross Blue Shield Gold, in addition to other insurance carriers. He is affiliated with Memorial Hermann The Woodlands Hospital.

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What is MOHS-Micrographic Surgery?

Mohs micrographic surgery is a surgical treatment for skin cancer that was developed by Dr. Frederick Mohs in the 1930’s. It is the most effective technique for removing the most common types of skin cancer. For the two most common types of skin cancer, basal cell carcinoma and squamous cell carcinoma, Mohs has a 98-99% cure rate. The remarkable thing about Mohs is that it manages to be extremely good at removing all of the cancer cells while at the same time leaving behind most of the healthy tissue, so there is a smaller wound. This makes the procedure safer, speeds up the the recovery time, and minimizes scarring.

During Mohs surgery, skin around the cancer site is mapped out and removed in thin layers. Then each layer is examined under a microscope for cancer cells, while the surgery is in progress. If cancer cells are detected, the surgery continues and another layer is removed. If the skin is clear, the surgery can be stopped. This eliminates the guesswork for surgeons. There is no need to estimate the borders or roots of the cancer and no need to remove a margin of healthy tissue to ensure that all of the cancer is removed.

Even though Mohs has a high cure rate, is safer than other treatments, and takes less tissue, not every skin cancer is treated with Mohs. First, Mohs takes quite a bit longer than traditional surgery because each layer of skin must be carefully cut, prepped, and examined. It is also more expensive and may not always be covered by insurance. In addition, for smaller or less aggressive cancers that are easier to treat, the cure rate for non-Mohs treatments is close to that of Mohs; thus, the extra time and cost of Mohs might not be justified. Other kinds of skin cancer, such as melanoma, are hard to see under a microscope. Since melanoma is so dangerous, Mohs has traditionally not been used to treat it, as there is too much risk for missed cancer cells being left behind in the body. However, recent developments in stains (which make cancer cells more visible under a microscope) may change the role of Mohs in melanoma treatment.

Mohs microsurgery has changed the way doctors treat skin cancer in the past 80 years, and it continues to gain in popularity as it increases the effectiveness and safety of skin cancer treatment.
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