Radiobiological models of tumour control probability (TCP) can be personalized using
imaging data. We propose an extension to a voxel-level radiobiological TCP model in order …

In radiotherapy, tumors are irradiated with a high dose, while surrounding healthy tissues
are spared. To quantify the probability that a tumor is effectively treated with a given dose …

Functional imaging techniques provide radiobiological information that can be included into
tumour control probability (TCP) models to enable individualized outcome predictions in …

Purpose: Tumor control probability (TCP) models have been proposed to evaluate and
guide treatment planning. However, they are usually based on the dose volume histograms …

The release of a homogeneous high dose to the tumour region has been one of the
cornerstones of radiotherapy (RT) treatment since its early days. According to the organ type …

This paper presents the details of a practical implementation of a model for the prediction of
the tumor control probability (TCP) when a tumor is irradiated non-uniformly. The …

Radiobiological Modelling in Radiation Oncology Dale Roger and Jones Bleddyn The
British Institute of Radiology, London, UK, 2007. publications@ bir. org. uk,£ 60.0. ISBN …

This present paper presents an analytical description and numerical simulations of the
influence of macroscopic intercell dose variations and intercell sensitivity variations on the …

Radiobiological models are essential components of modern radiotherapy. They are
increasingly applied to optimize and evaluate the quality of different treatment planning …

Background. Currently, optimisation of the dose distribution and clinical acceptance are
almost entirely based on the physical dose distribution and tumour control probability …