Being diagnosed with breast cancer is hard enough. A patient is faced with navigating an entirely new world of doctors, surgery, radiation, and chemotherapy, not to mention having to face the fear that comes with the diagnosis. During my time treating breast cancer patients and also having had people close to me go through treatment I have noticed a few things that particularly annoy me. I started wondering if there might be alternatives to some of the ways we approach breast cancer treatment. I listened to my patients as they investigated, talked with other patients and told me about alternative approaches.
Over the past year, 3 things have come up consistently.
The first is the radiation dot. Radiation dots are small, dark, permanent ink dots placed on a patient's chest to mark the area for the radiation oncologist to radiate. These are permanent reminders of diagnosis and treatment and are in plain view in a low cut dress or bikini.
Someone close to me going through radiation asked - "why can't they just use a permanent marker and re-mark it every time it starts to fade?" I thought this was a pretty reasonable question and it turns out there are some alternatives. The first is use of a Jiffy marker pen to place the dot and then a waterproof dressing called Tegaderm to protect the dot when the patient showers. A second option is fluorescent tattoos that are only visible under a certain type of light (UV). Steven Landeg and colleagues in London tried this and then studied 46-patients in a randomized fashion comparing traditional black tattoos with the new invisible one. They found this technique to be safe and it did not impair the radiologist's ability to deliver radiation. Read more about the study here. Alternatively, if you already have a radiation dot Dr Gerald Boey at Arbutus Laser Center will remove it for free for cancer survivors, which is pretty awesome.
Another thing about breast cancer treatment that I don't like is the permanent change in skin color you can see on the chest after radiation. The skin will blister and desquamate during radiation and in many patients this leaves a permanent dark shadow on the chest. You can see it on the patient above (right side) and below:
It turns out there might be some