The development of advanced radiation technologies, including intensity-modulated
radiation therapy (IMRT), stereotactic body radiation therapy (SBRT) and proton therapy, has …

In this review, image guidance and motion management in radiotherapy for lung cancer is
discussed. Motion characteristics of lung tumours and image guidance techniques to obtain …

Purpose To update literature-based recommendations for techniques used in high-precision
thoracic radiotherapy for lung cancer, in both routine practice and clinical trials. Methods A …

Background and purpose Conebeam-CT (CBCT) guidance is often used for setup
verification of lung cancer patients treated with radiotherapy. The purpose of this study was …

Background and purpose Advanced lung cancer patients experience anatomical changes
during radiotherapy. Uncorrected, these may lead to lower tumor dose, but can be corrected …

Background and purpose Changes in lung density due to atelectasis, pleural effusion and
pneumonia/pneumonitis are observed in lung cancer patients. These changes may be an …

The primary goal of precision medicine is to minimize side effects and optimize efficacy of
treatments. Recent advances in medical imaging technology allow the use of more …

Introduction Anatomical change of tumor during radiotherapy contributes to target missing.
However, in the case of tumor shrinkage, adaptation of volume could result in an increased …

Introduction Tumor match and adaptive radiotherapy based on on-treatment imaging
increases the precision of RT. This allows a reduction of treatment volume and …

Background. Intensity-modulated radiotherapy (IMRT) in locally advanced non-small cell
lung cancer (NSCLC) allows treatment of patients with large tumour volumes, but radiation …