
Thanks to advancements in cancer treatment, more patients are surviving breast cancer than ever before. This also means that there are now more women living longer to experience the side effects of surgery and radiotherapy. This has shifted the focus to improving patient satisfaction with post-surgery cosmetic appearance. Patient satisfaction with their appearance after completing breast cancer treatment has a significant impact on not only their psychological wellbeing, but also their quality of life.
Women, like you, who require a mastectomy as part of breast cancer treatment or to prevent future risk of cancer, often choose to have an immediate breast reconstruction. This can be performed either using an implant or the woman’s own abdominal tissue to recreate a breast shape.
During the consultation the surgeon describes the options available, often using diagrams and photographs of women who have undergone treatment to demonstrate possible outcomes. Many women have told us they found these methods unhelpful, as the patients in the images do not look like them and they struggled to visualise what they may look like. 3D-surface imaging (3D-SI) captures an image using infra-red technology and creates a 3D image of the torso. We can then alter the image to show a woman how she may look after surgery.

Aim of the MIBREAST study
The MIBREAST study consists of 3 parts and will be investigating the following:
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Whether 3D-SI and simulation improves women's confidence about their post-surgery appearance
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Whether 3D-SI can reduce the need for later surgery
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How much radiotherapy changes the breast reconstruction over time
Funding and support
This study is being undertaken at the Royal Marsden Hospital as part of a fully funded Cancer Research UK (CRUK) Clinical Research Training PhD Fellowship at the Institute of Cancer Research and Imperial College London. Additional funding for the study is provided by the Department of Breast Surgery at the Royal Marsden Hospital as well as the Royal Marsden Cancer Charity.



Previous studies
Find out about the previous 3D-SI work at the Royal Marsden Hospital.

