Sentence examples for more conformal dose from inspiring English sources

New RT techniques deliver a more conformal dose distribution to the target and decrease the dose to normal healthy tissue minimizing the risk of side effects.

This can produce more conformal dose distributions than segmental IMRT and is therefore more desirable for complex problems.

3D conformal and intensity-modulated (IMRT) radiotherapy allow more conformal dose distributions and hence improved normal tissue sparing.

Three-dimensional conformal radiotherapy (3D-CRT) was used to deliver a more conformal dose distribution compared with conventional radiotherapy for the radiotherapy of NPC.

More conformal dose delivery with increased sparing of healthy surrounding normal tissue is possible, enabling the application of higher local doses to the target volumes.

For whole pelvic radiation therapy, intensity-modulated radiation therapy (IMRT) and helical tomotherapy (HT) have been shown to give a more conformal dose distribution than conventional radiotherapy, with better sparing of adjacent critical structures [ 3- 6].

Compared with 2D, IMRT provides a more conformal high dose with improved homogeneity to the gross disease and high-risk areas, while lowering the dose to normal organs at risk, including spinal cord, epiglottis false/true vocal cords, pharyngeal constrictors and esophagus.

Proton radiotherapy delivered a more conformal target dose with slightly less homogeneity when compared with photon radiotherapy.

29– 32 While IMRT often delivers more conformal radiation doses to the treated target volume, it often involves using more radiation fields and exposes a larger volume of normal tissue to lower doses.

For example, many radiation oncologists point out that the large radiation fields used in the past to treat Hodgkin's lymphoma patients in the long-term epidemiologic studies such as the Late Effects Study Group are markedly different from the smaller, more conformal, and lower radiation dose fields used to treat lymphoma patients today.

These advances include delivering high doses to more conformal volumes and moving targets.