SU‐FF‐T‐71: A Useful Tool Developed for Trial Comparison and Developing Composite Plan Between Tomotherapy and Pinnacle

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Abstract

Purpose: To develop a software tool for processing the dose matrix from the Hi Art Tomotherapy unit for trial plan comparison and summation of doses between plans. Method and Materials: A Visual C++ tool was developed in order to manipulate the dose matrix generated by the Tomotherapy planning station. The tool reads in the tomotherapy dose matrix which is then exported into the Pinnacle3 planning station. Two different tomotherapy trials can be compared dosimetrically or a composite tomotherapy plan can be computed by summing together multiple tomotherapy trials. A Pinnacle3 script is written out by the tool which allows the Pinnacle planning station to setup the appropriate parameters and import the tomotherapy data. The Pinnacle tools can then be used to perform trial comparison, show DVH, isodose distribution etc. Eight patients treated by Tomotherapy have been selected randomly as candidates for this study. The ages of the patients ranged from 15 years to 72 years. Two female patients and 6 male patients were selected. The PTV volumes ranged from 23.10 cm3 to 1059.90 cm3. The treatment locations included head and neck, larynx, tonsil, lung, prostate, abdomen, brain, and craniospinal. Results: Eight Tomotherapy patients plans were successfully imported into Pinnacle3 planning station using our TomoExport software tool. Plan comparisons have been performed considering biological uniform dose and integral dose. Conclusion: A Visual C++ tool has been developed for processing the dose matrix generated by Tomotherapy treatment planning station and export it to the Pinnacle3 treatment planning station. The tool has been used for eight patients treated with Tomotherapy and the plans have been compared against the Pinnacle3 IMRT plans. The TomoExport tool is useful for both clinical and research applications allowing us to perform plan comparisons between Tomotherapy and Pinnacle3 and develop composite plans.

Original languageEnglish (US)
Pages (from-to)2065
Number of pages1
JournalMedical Physics
Volume33
Issue number6
DOIs
StatePublished - 2006

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Software
Palatine Tonsil
Art
Larynx
Abdomen
Prostate
Neck
Therapeutics
Head
Lung
Brain
Research

ASJC Scopus subject areas

  • Biophysics
  • Radiology Nuclear Medicine and imaging

Cite this

@article{2be9b520a8264f2e9d0c3a3aafff820d,
title = "SU‐FF‐T‐71: A Useful Tool Developed for Trial Comparison and Developing Composite Plan Between Tomotherapy and Pinnacle",
abstract = "Purpose: To develop a software tool for processing the dose matrix from the Hi Art Tomotherapy unit for trial plan comparison and summation of doses between plans. Method and Materials: A Visual C++ tool was developed in order to manipulate the dose matrix generated by the Tomotherapy planning station. The tool reads in the tomotherapy dose matrix which is then exported into the Pinnacle3 planning station. Two different tomotherapy trials can be compared dosimetrically or a composite tomotherapy plan can be computed by summing together multiple tomotherapy trials. A Pinnacle3 script is written out by the tool which allows the Pinnacle planning station to setup the appropriate parameters and import the tomotherapy data. The Pinnacle tools can then be used to perform trial comparison, show DVH, isodose distribution etc. Eight patients treated by Tomotherapy have been selected randomly as candidates for this study. The ages of the patients ranged from 15 years to 72 years. Two female patients and 6 male patients were selected. The PTV volumes ranged from 23.10 cm3 to 1059.90 cm3. The treatment locations included head and neck, larynx, tonsil, lung, prostate, abdomen, brain, and craniospinal. Results: Eight Tomotherapy patients plans were successfully imported into Pinnacle3 planning station using our TomoExport software tool. Plan comparisons have been performed considering biological uniform dose and integral dose. Conclusion: A Visual C++ tool has been developed for processing the dose matrix generated by Tomotherapy treatment planning station and export it to the Pinnacle3 treatment planning station. The tool has been used for eight patients treated with Tomotherapy and the plans have been compared against the Pinnacle3 IMRT plans. The TomoExport tool is useful for both clinical and research applications allowing us to perform plan comparisons between Tomotherapy and Pinnacle3 and develop composite plans.",
author = "Nikos Papanikolaou and C. Shi",
year = "2006",
doi = "10.1118/1.2240997",
language = "English (US)",
volume = "33",
pages = "2065",
journal = "Medical Physics",
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T2 - A Useful Tool Developed for Trial Comparison and Developing Composite Plan Between Tomotherapy and Pinnacle

AU - Papanikolaou, Nikos

AU - Shi, C.

PY - 2006

Y1 - 2006

N2 - Purpose: To develop a software tool for processing the dose matrix from the Hi Art Tomotherapy unit for trial plan comparison and summation of doses between plans. Method and Materials: A Visual C++ tool was developed in order to manipulate the dose matrix generated by the Tomotherapy planning station. The tool reads in the tomotherapy dose matrix which is then exported into the Pinnacle3 planning station. Two different tomotherapy trials can be compared dosimetrically or a composite tomotherapy plan can be computed by summing together multiple tomotherapy trials. A Pinnacle3 script is written out by the tool which allows the Pinnacle planning station to setup the appropriate parameters and import the tomotherapy data. The Pinnacle tools can then be used to perform trial comparison, show DVH, isodose distribution etc. Eight patients treated by Tomotherapy have been selected randomly as candidates for this study. The ages of the patients ranged from 15 years to 72 years. Two female patients and 6 male patients were selected. The PTV volumes ranged from 23.10 cm3 to 1059.90 cm3. The treatment locations included head and neck, larynx, tonsil, lung, prostate, abdomen, brain, and craniospinal. Results: Eight Tomotherapy patients plans were successfully imported into Pinnacle3 planning station using our TomoExport software tool. Plan comparisons have been performed considering biological uniform dose and integral dose. Conclusion: A Visual C++ tool has been developed for processing the dose matrix generated by Tomotherapy treatment planning station and export it to the Pinnacle3 treatment planning station. The tool has been used for eight patients treated with Tomotherapy and the plans have been compared against the Pinnacle3 IMRT plans. The TomoExport tool is useful for both clinical and research applications allowing us to perform plan comparisons between Tomotherapy and Pinnacle3 and develop composite plans.

AB - Purpose: To develop a software tool for processing the dose matrix from the Hi Art Tomotherapy unit for trial plan comparison and summation of doses between plans. Method and Materials: A Visual C++ tool was developed in order to manipulate the dose matrix generated by the Tomotherapy planning station. The tool reads in the tomotherapy dose matrix which is then exported into the Pinnacle3 planning station. Two different tomotherapy trials can be compared dosimetrically or a composite tomotherapy plan can be computed by summing together multiple tomotherapy trials. A Pinnacle3 script is written out by the tool which allows the Pinnacle planning station to setup the appropriate parameters and import the tomotherapy data. The Pinnacle tools can then be used to perform trial comparison, show DVH, isodose distribution etc. Eight patients treated by Tomotherapy have been selected randomly as candidates for this study. The ages of the patients ranged from 15 years to 72 years. Two female patients and 6 male patients were selected. The PTV volumes ranged from 23.10 cm3 to 1059.90 cm3. The treatment locations included head and neck, larynx, tonsil, lung, prostate, abdomen, brain, and craniospinal. Results: Eight Tomotherapy patients plans were successfully imported into Pinnacle3 planning station using our TomoExport software tool. Plan comparisons have been performed considering biological uniform dose and integral dose. Conclusion: A Visual C++ tool has been developed for processing the dose matrix generated by Tomotherapy treatment planning station and export it to the Pinnacle3 treatment planning station. The tool has been used for eight patients treated with Tomotherapy and the plans have been compared against the Pinnacle3 IMRT plans. The TomoExport tool is useful for both clinical and research applications allowing us to perform plan comparisons between Tomotherapy and Pinnacle3 and develop composite plans.

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