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Optimization of Dose Distribution in Intracavitary Treatment of Cervical Cancer with Buchler's Afterloading System

Hitoshi Ogata, Guio Uchiyama, Hiroshi Ohnishi

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Abstract

We evaluated dose optimization for the treatment of cervical cancer using Buchler's high-dose-rate (HDR) remote-control-afterloading-system (RALS). When Buchler's system is used for intracavitary treatment, the irradiation times for the tandem and ovoid sources should be selected separately. The effects of variation of the tandem-to-ovoid dose ratio on the dose distribution are described.

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What this paper is about

We evaluated dose optimization for the treatment of cervical cancer using Buchler's high-dose-rate (HDR) remote-control-afterloading-system (RALS). When Buchler's system is used for intracavitary treatment, the irradiation times for the tandem and ovoid sources should be selected separately. The effects of variation of the tandem-to-ovoid dose ratio on the dose distribution are described.

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Available abstract

We evaluated dose optimization for the treatment of cervical cancer using Buchler's high-dose-rate (HDR) remote-control-afterloading-system (RALS). When Buchler's system is used for intracavitary treatment, the irradiation times for the tandem and ovoid sources should be selected separately. The effects of variation of the tandem-to-ovoid dose ratio on the dose distribution are described.

Key concepts: Medicine, Cervical cancer, Radiation therapy, Brachytherapy, Cancer, Radiology, Internal medicine

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Optimization of Dose Distribution in Intracavitary Treatment of Cervical Cancer with Buchler's Afterloading System — Research Paper | ScholarLens