Brachytherapy Treatment Planning and Linac for Dose Measurement of Bladder and Rectum in Cervical Cancer Patients

Astuti, Suryani Dyah; Listya, Gege Ayu; Fitriyah, Nurul; Suhartono, Bambang Haris

doi:10.1109/issimm.2018.8727731

Cited by 4 publications

(1 citation statement)

References 10 publications

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“…To minimize healthy tissue around the tumor exposed to radiation, irradiation techniques were developed from conventional 2D irradiation techniques to 3D conformal radiotherapy (3DCRT) irradiation techniques. With this technique, the radiation field is formed irregular according to the form of the tumor with the use of CT scans at the TPS (Treatment Planning System) so that the shape of the tumor can be determined in 3 dimensions (Astuti et al, 2018). At this time TPS became one of the most important components in cancer (radiation) therapy.…”

Section: Introductionmentioning

confidence: 99%

Determination Of Prescription Dose Around The Target Using Tps 3d Ocentra 4.5.3 On Ca-Thyroid

Nurdin

Putri

Purnama

et al. 2022

JBP

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Determination of the therapeutic dose (Prescription Dose) around the target using 3D TPS in the case of Ca-Thyroid is used to perform contouring in 3D form of a Ca-Thyroid target volume so that at the time of treatment the right dose can be obtained to kill the target. but also minimize the effects received by OAR. So it is necessary to know the stages in determining the therapeutic dose using TPS in 3D with the software used is Oncentra. This research was conducted using the observation method and the interview method with the field supervisor. From this research, it was found that TPS 3D CRT is a technique of CT planning so that the isodose curve can be formed according to the shape of the target volume. Determination of the therapeutic dose (prescription dose) can be carried out in four stages, namely the initial stage (opening the program), initial planning (contouring internally and externally), planning beam, and dose calculation. So that from the four stages, the dose per fraction of OAR is 2.01 Gy right eye, left eye 0.73 Gy, right eye lens 0.45 Gy, left eye lens 0.19 Gy, and spinal cord 1.8 Gy. . While the dose per fraction for the target volume is GTV 2.77 Gy, PTV 2.92 Gy, and CTV 2.83 Gy.

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Section: Introductionmentioning

confidence: 99%