Micrograph of seminoma testes from a testicular germ cell tumour. Credit: The Institute of Cancer Research.

Physicists at The Institute of Cancer Research (ICR) and The Royal Marsden NHS Foundation Trust have devised a new treatment plan to avoid the impact of radiotherapy on sensitive organs near tumours and reduce associated side effects.

Radiotherapy involves delivering a high radiation dose to tumours in order to destroy cancer cells and spare healthy tissue. However, the therapy could lead to side effects that affect a patient’s quality of life.

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Currently, doctors consider patient scans and irradiate an area around a tumour to ensure it is hit by the radiation beam. The researchers added that these plans do not consider organs that are close to the beam’s path.

The new approach uses mathematical formulae to spare nearby sensitive organs from radiation damage by designing treatment margins that avoid the organs but treat the whole tumour.

These ‘adaptive margins’ are expected to decrease side effects and enable better overall treatment.

“We demonstrated our technique to plan radiotherapy treatment for prostate cancer, but it could easily be adapted to other forms of the disease.”

During the study, the researchers mapped each radiation beam to measure the cumulative exposure of tissue surrounding tumours, followed by accounting the position of nearby sensitive organs to adjust the margins used in treatment.

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When tested using data from five prostate cancer patients, the new plans were observed to enable delivery of radiation doses to tumours while also exposing nearby bladder and rectum to lesser radiation, compared to plans without any adjustments.

Study first author Henry Tsang said: “Our study shows adaptive margins that factor in the presence of nearby organs reduces their exposure to damaging radiation, while still treating the tumour.

“We demonstrated our technique to plan radiotherapy treatment for prostate cancer, but it could easily be adapted to other forms of the disease.”

The research was supported by Cancer Research UK and the NIHR Biomedical Research Centre at The Royal Marsden.