22 Penis cancer

Penis cancer

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THE GEC ESTROHANDBOOKOF BRACHYTHERAPY | Part II Clinical Practice Version 1 - 15/07/2022

Figure 1: PDR Implant for ventral tumor. 2-plane implant with single plane of 3 needles within tissue plus a second exterior plane with bolus between the needles and the tumor.

Figure 2: PDR Implant for ventral tumor. 2-plane implant with single plane of 3 needles within tissue plus a second exterior plane with bolus between the needles and the tumor.

Figure 1: PDR Implant for ventral tumor. 2-plane implant with single a second exterior plane with bolus between the needles and the tum

Figure 3: 2-plane, 6-needle implant showing Paris System calculations. With the Basal Dose Rate being the point of dose rate minimum between the planes, the 85% Reference Isodose (shown) covers the volume. The same approach can be applied to the geometry of a PDR implant. Permission obtained Reference 16)

Figure 3: 2-plane, 6-needle implant showing Paris System calculations. With the Basal Dose Rate being the point of dose rate minimum between the planes, the 85% Reference Isodose (shown) covers the volume. The same approach can be applied to the geometry of a PDR implant. Permission obtained Reference 16) Figure 4: 2-plane, 6-needle implant showing Paris System calculations. With the Basal Dose Rate being the point of dose rate minimum between the planes, the 85% Reference Isodose (shown) covers the volume. The same approach can be applied to the geometry of a PDR implant. Permission obtained Reference 16).

Figure 2: 4-needle, 2-plane implant for PDR brachytherapy, showing Basal Dose Rate and 85% Reference Isodose (permission obtained reference 17) Figure 3: 4-needle, 2-plane implant for PDR brachytherapy, showing Basal Dose Rate and 85% Reference Isodose (permission obtained reference 17)

Figure 5: Dose distribution 3-plane LDR implant

Figure 4: Dose distribution 3-plane LDR implant

Figure 4: Dose distribution 3-plane LDR implant