Invisible tattoos could replace the permanent dark ink tattoos used to ensure that breast cancer patients having radiotherapy are treated in exactly the same spot during each session, according to results from a pilot study to be presented at the National Cancer Research Institute (NCRI) Cancer Conference today (Sunday)*.
“It’s important to remember that body image is subjective and dark ink radiotherapy tattoos will affect patients differently, but we hope that these results will go some way towards making this a viable option for radiotherapy patients in the future.” – Steven Landeg, a senior radiographer from the Royal Marsden
Research suggests that the permanent pin prick marks made on the skin of women having radiotherapy reminds them of their diagnosis for years to come, reducing body confidence and self-esteem.
It’s also more difficult to spot these tattoos in dark-skinned women, potentially leading to inconsistencies in the area being treated.
The NIHR-funded researchers, based at The Royal Marsden hospital in London, asked 42 breast cancer patients undergoing radiotherapy to rate how they felt about their body, before the treatment and one month later.
Half the women were offered fluorescent tattoos, only visible under UV light, while the other half had conventional dark ink tattoos.
The researchers found that 56 per cent of the women who had fluorescent tattoos felt better about their bodies one month after treatment, compared to only 14 per cent among those who received black ink tattoos.
Using fluorescent tattoos also made no difference to the accuracy of treatment and took only slightly longer to carry out, compared to conventional dark ink tattoos.
Steven Landeg, a senior radiographer from the Royal Marsden, who is presenting the data, said: “These findings suggest that offering fluorescent radiotherapy tattoos as an alternative to dark ink ones could help ameliorate the negative feelings some women feel towards their bodies after treatment. It’s important to remember that body image is subjective and dark ink radiotherapy tattoos will affect patients differently, but we hope that these results will go some way towards making this a viable option for radiotherapy patients in the future.”
Evelyn Weatherall, 62, Surrey, had six cycles of chemotherapy, followed by radiotherapy, after being diagnosed with breast cancer following routine mammography through the UK’s breast screening programme.
She said: “I’d asked if I could be part of any kind of clinical trial during my treatment because I’d read about how successful they were proving to be. My doctors told me about the invisible tattoos they were pioneering at The Royal Marsden hospital and I was more than happy to take part. I had lost my hair during chemotherapy and felt that I didn’t want another visible reminder of my cancer.
“I think I was one of the first to undergo this procedure and it really worked. There wasn’t a mark on my skin after the radiotherapy planning. I was going to a wedding soon afterwards and knew I’d be able to wear an outfit that didn’t make me feel self-conscious.
“It’s wonderful to think that I may have been a part of something that could become standard in the future.”
Professor Matt Seymour, NCRI’s clinical research director said: “With more than half of all cancer patients, and nearly four-fifth of breast cancer patients, now surviving 10 years and beyond, it is more important than ever to reduce the long term impact of treatment on patients’ lives. Tattoos are important to ensure radiotherapy is targeted correctly each day. They may be tiny, but they stay for life as a daily reminder of the cancer. “Invisible” tattoos are a great idea, and one of the many things we can do to improve the quality of life of the thousands of patients who now survive the disease.”
The study was funded by the NIHR Biomedical Research Centre at The Royal Marsden NHS Foundation Trust and The Institute of Cancer Research (ICR).
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* Landeg S. et al, Breast Radiotherapy: Invisible Tattoos for External References
Conference abstract: http://conference.ncri.org.uk/abstracts/2014/abstracts/B291.html