What dosimetric features should be restricted to keep normal tissue complication risk low? What guidance is available? How does it apply to individual clinical practice? Volume effects are …

2013年3月7日 · We compare the P+ and TOC graph and discuss their value for individualised dose prescription optimisation. The concept is illustrated by a clinical example of prostate …

To develop and test an Lyman-Kutcher-Burman (LKB) normal tissue complication probability (NTCP) model to predict radiation-induced esophagitis (RE) in non–small cell lung cancer …

A patient-specific dose modifying factor (DMF), as a surrogate for lung radiosensitivity, was estimated to personalize the normal tissue toxicity probability (NTCP) model.

We present a primer regarding the basic principles of NTCP models. Generally, NTCP models attempt to reduce complicated dosimetric and anatomic information to a single risk measure. …

Methods: In this paper, we propose steps for a general analysis procedure to estimate the dosimetric alterations, and the potential clinical changes, between a reference algorithm and a …

We have developed a convenient software tool for estimating the TCP or NTCP arising from differential (frequency) dose‐volume histograms (DDVHs). The program, TCP_NTCP_CALC, …

NTCP Tutorial, Randall K. Ten Haken, Ph.D., University of Michigan 6 The Lyman NTCP Model Lyman JT: Complication probability –as assessed from dose-volume histograms. Radiat Res …

This page deals with concepts of Normal tissue complication probability, or NTCP. See also: Radiation_Oncology/Normal_tissue_tolerance. Full text No PMID — "Use of normal tissue …

To calculate NTCP, click the Normal Tissue Tolerance... button located in the IMR group of the TDF Plan main window. This will open the Normal Tissue Tolerance (NTT) dialog window …