… The total dose and fractionation for SBRT varies between 30 Gy in 1 fraction to 60 Gy in 3 to
… The biologic effective dose of these treatments is higher than the absolute value of the dose, …

… , but few studies have quantified risk in relation to radiation dose. Purpose: This study
evaluated the longterm risk of lung cancer among women treated with radiation for breast cancer. …

… PET), in radiotherapy treatment planning; the development of more accurate dose … dose
treatment verification techniques on the treatment machine. These developments allow treatment …

… results is dose-dependent, and active treatment schedules are … on patients cured of a prior
cancer in the lung or head and neck … treatment of resected stage I lung cancer with high-dose …

… the dose in lung cancer treatment. The PTV doses in the range of 90 Gy even in large tumors
could be achieved with no more than 2%–4% of the heart volume receiving doses above 65…

… radiation dose to the specific site of the lung cancer in the case. Most chest treatments
used anterior and posterior fields, resulting in a reasonably uniform dose across lung depth. …

… We plan to take advantage of both dose escalation and accelerated treatment in the present
study design. These approaches would not be possible without the advancing technology of …

… The treatment volume in locally advanced lung cancer often consists of several spatially
separated targets (tumour(s), nodes) which will exhibit differential motion and shifts [12]. These …

… perfusion were optimized to minimize geometrically determined parameters as the mean
lung dose (MLD), the lung volume receiving more than 20 Gy (V20), and the functional …

… The optimal dose and fractionation schedule for lung cancer SBRT is unknown. We present
… for a large cohort treated with one of three uniformly applied dose and fractionation regimens…