Design and Evaluation of a Novel Methodology for Stereotactic Ablative Radiotherapy for Lung Cancer: Reducing Treatment Side-effects and Enabling More Patients to Benefit From This Treatment
Design and Evaluation of a Novel Methodology for Stereotactic Ablative Radiotherapy for Lung Cancer: Reducing Treatment Side-effects and Enabling More Patients to Benefit From This Treatment
Aims: To increase the number of patients that benefit from Stereotactic Ablative Radiotherapy (SABR) for lung cancer using new treatment methods that reduce the amount of non-cancer tissue receiving a high radiation dose without affecting tumour dose coverage.
Background: SABR is a treatment for lung cancer which offers major advantages over conventional radiotherapy. It is a more precise highly effective treatment with significantly improved treatment outcomes (greater elimination of cancer cells).
SABR requires high doses per treatment so extreme accuracy is required to minimise healthy tissue damage. Normal breathing results in significant tumour movement, therefore to avoid missing the tumour, larger volumes need to be treated, resulting in more good tissue damage.
UK Standard practice requires the tumour to be irradiated in all positions during breathing whilst the new approach targets the tumours at the position it spends most time to minimise normal tissue affected by radiation.
Current practice for SABR patients would be improved (fewer severe radiation side-effects) and potentially could become a viable treatment for high risk patients.
Methods: 30 SABR patients receiving current standard SABR treatment will be recruited. This is an observation study in which patients will continue to receive standard of care but in addition:
Inclusion Criteria:
All patients eligible for and who have consented to receive Lung SABR at the Royal Surrey County Hospital will be eligible for entry into this study.
• Over 18 years old (radiotherapy is not delivered to 16-18yr olds at RSFT). No upper age limit.
Exclusion Criteria:
Patients with irregular breathing motion resulting in failed 4DCT
gail.distefano@nhs.net07746958658