From conception to clinical trial: IViST -- the first multi-sensor-based platform for real-time In Vivo dosimetry and Source Tracking in HDR brachytherapy
This study aims to introduce IViST (In Vivo Source Tracking), a novel multi-sensors dosimetry platform for real-time treatment monitoring in HDR brachytherapy. IViST is a platform that comprises 3 parts: 1) an optimized and characterized multi-point plastic scintillator dosimeter (3 points mPSD; usi...
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| creator | Rosales, Haydee M. Linares Cantin, Audrey Aubin, Sylviane Beddar, Sam Beaulieu, Luc |
| description | This study aims to introduce IViST (In Vivo Source Tracking), a novel
multi-sensors dosimetry platform for real-time treatment monitoring in HDR
brachytherapy. IViST is a platform that comprises 3 parts: 1) an optimized and
characterized multi-point plastic scintillator dosimeter (3 points mPSD; using
BCF-60, BCF-12, and BCF-10 scintillators), 2) a compact assembly of
photomultiplier tubes (PMTs) coupled to dichroic mirrors and filters for
high-sensitivity scintillation light collection, and 3) a Python-based
graphical user interface used for system management and signal processing.
IViST can simultaneously measure dose, triangulate source position, and measure
dwell time. By making 100 000 measurements/s, IViST samples enough data to
quickly perform key QA/QC tasks such as identifying wrong individual dwell time
or interchanged transfer tubes. By using 3 co-linear sensors and planned
information for an implant geometry (from DICOM RT), the platform can also
triangulate source position in real-time. A clinical trial is presently
on-going using the IViST system. |
| doi_str_mv | 10.48550/arxiv.2006.08031 |
| format | Article |
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multi-sensors dosimetry platform for real-time treatment monitoring in HDR
brachytherapy. IViST is a platform that comprises 3 parts: 1) an optimized and
characterized multi-point plastic scintillator dosimeter (3 points mPSD; using
BCF-60, BCF-12, and BCF-10 scintillators), 2) a compact assembly of
photomultiplier tubes (PMTs) coupled to dichroic mirrors and filters for
high-sensitivity scintillation light collection, and 3) a Python-based
graphical user interface used for system management and signal processing.
IViST can simultaneously measure dose, triangulate source position, and measure
dwell time. By making 100 000 measurements/s, IViST samples enough data to
quickly perform key QA/QC tasks such as identifying wrong individual dwell time
or interchanged transfer tubes. By using 3 co-linear sensors and planned
information for an implant geometry (from DICOM RT), the platform can also
triangulate source position in real-time. A clinical trial is presently
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multi-sensors dosimetry platform for real-time treatment monitoring in HDR
brachytherapy. IViST is a platform that comprises 3 parts: 1) an optimized and
characterized multi-point plastic scintillator dosimeter (3 points mPSD; using
BCF-60, BCF-12, and BCF-10 scintillators), 2) a compact assembly of
photomultiplier tubes (PMTs) coupled to dichroic mirrors and filters for
high-sensitivity scintillation light collection, and 3) a Python-based
graphical user interface used for system management and signal processing.
IViST can simultaneously measure dose, triangulate source position, and measure
dwell time. By making 100 000 measurements/s, IViST samples enough data to
quickly perform key QA/QC tasks such as identifying wrong individual dwell time
or interchanged transfer tubes. By using 3 co-linear sensors and planned
information for an implant geometry (from DICOM RT), the platform can also
triangulate source position in real-time. A clinical trial is presently
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multi-sensors dosimetry platform for real-time treatment monitoring in HDR
brachytherapy. IViST is a platform that comprises 3 parts: 1) an optimized and
characterized multi-point plastic scintillator dosimeter (3 points mPSD; using
BCF-60, BCF-12, and BCF-10 scintillators), 2) a compact assembly of
photomultiplier tubes (PMTs) coupled to dichroic mirrors and filters for
high-sensitivity scintillation light collection, and 3) a Python-based
graphical user interface used for system management and signal processing.
IViST can simultaneously measure dose, triangulate source position, and measure
dwell time. By making 100 000 measurements/s, IViST samples enough data to
quickly perform key QA/QC tasks such as identifying wrong individual dwell time
or interchanged transfer tubes. By using 3 co-linear sensors and planned
information for an implant geometry (from DICOM RT), the platform can also
triangulate source position in real-time. A clinical trial is presently
on-going using the IViST system.</abstract><doi>10.48550/arxiv.2006.08031</doi><oa>free_for_read</oa></addata></record> |
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| subjects | Physics - Medical Physics |
| title | From conception to clinical trial: IViST -- the first multi-sensor-based platform for real-time In Vivo dosimetry and Source Tracking in HDR brachytherapy |
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