The demand for radiotherapy steadily increases year upon year, with one in four cancer patients now requiring radiotherapy treatment during the course of their disease. Radiotherapy treats cancer using beams of ionising radiation to target tumours. This radiation is produced either by a treatment machine called a linear accelerator (LINAC) or by using radioactive isotopes placed near to the cancer (brachytherapy). These beams and placements are calculated by specialist planning staff to optimise the radiation dose to the tumour while avoiding healthy parts of the body as much as possible.
The construction of the decant bunker will enable ongoing service commitment and maintain and expand essential radiotherapy services to treat cancer patients. Ultimately, it will reduce patient pathways and treatment times, provide a better experience for our patients in addition to improving patient outcomes for those with early stages of cancer.
The replacement of our existing stock is necessary to modernise our equipment to meet current and future challenges relating to cancer care, and growing demand. The decant bunker will ensure services continue uninterrupted and offer the opportunity to exploit new technology to improve the outcome for our patients.
Brachytherapy is the only demonstrated method of providing the high dose of radiotherapy required to control cervical cancer, while minimising side effects, and is recommended in established national guidelines (NICE IPG 160). Brachytherapy is also recommended for those with intermediate/high risk prostate cancer and uterine cancers, in addition to use for other treatment sites.
Having a dedicated brachytherapy suite will improve the Trust’s overall service to cancer patients, bringing Plymouth in line with the best facilities in the country, expanding capacity and improving patient standards and experience.