Varian Edge Experience. Jinkoo Kim, Ph.D Henry Ford Health System
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1 Varian Edge Experience Jinkoo Kim, Ph.D Henry Ford Health System
2 Disclosures I participate in research funded by Varian Medical Systems.
3 Outline of Presentation Review advanced imaging in Varian Edge Linear Accelerator, and share initial experiences.
4 Edge at Henry Ford for Radiosurgery E: 6XFFF, 10XFFF (2400MU/min), 2.5XFFF, HD120MLC Calypso x3 OSMS x 3 IR camera for gating Gating marker block kv Source kv Detector 40x30 cm 2 MV Detector as1200, 43x43 cm 2 Calypso PerfectPitch 6D Couch
5 Machine Isocentricity - Machine isocentricity is one of the important aspect of small target radiosurgery. - Measured values using three different methods. Isolock (6XFFF) Isocal (6xFFF) MPC (6XFFF) MPC (10XFFF) Gantry+Col 0.27mm 0.30mm 0.34mm 0.33mm Gantry+Col+Couch 0.44mm mm 0.60mm # Analysis was done by Varian Medical System. MPC machine performance check.
6 Advanced Imaging Multi-Scan (stitched/extended length) CBCT 2.5 MV Imaging Motion management Triggered Imaging/Auto beam hold 4D CBCT Gating MV cine imaging OSMS (Optical Surface Monitoring System) Calypso (GPS for the body) 2D/3D auto-match
7 Topics Topics to cover in this talk: 1. Multi-Scan (stitched/extended length) CBCT 2. Triggered Imaging/Auto beam hold 3. 4D CBCT MV Imaging
8 Multi-Scan CBCT Acquire multiple CBCT scans with couch shift combine them to single CBCT (Advanced Reconstructor). Goal is to overcome the small FOV in the sub/inf view. Typical CBCT is <20.0 cm long along sup/inf due to the limited detector dimension (WxH = 40x30 cm 2 ) Useful for large target treatment such as H&N area. Useful for estimating dose of day calculation on CBCT images (ART)
9 Multi-Scan CBCT Phantom Acquire two consecutive scans and stich them to create one Couch shift = 15.5 cm
10 Multi-Scan CBCT QA concerns/checks for commissioning Geometric integrity check There should be no distortion/shear/scale anomaly Table motion accuracy Ideally, there should be a per-scan verification Such as imaging a surrogate object with known geometry Or, monitor table motion using OSMS. Imaging dose check the overlap area should get sufficiently small dose. HU accuracy.
11 Multi-Scan CBCT - Visual comparison between CT and extended multi-scan CBCT Red CT Green Multi-Scan CBCT
12 Multi-Scan CBCT 16cm Dose of each sub-scan should be lower than conventional CBCT scans to make the dose in the overlap sufficiently small. 20cm 20cm 30cm 30cm
13 Multi-Scan CBCT Ref: Edge Radiosurgery System spec sheet
14 Multi-Scan CBCT Sample measured data CTDI (Edge CBCT normal single CBCT scan) Protocol kv mas Rotation Time (s) Beam Width (mm) Predicte d CTDI (mgy) Predicted nctdi (per 100 mas) (mgy) Center Position Average Chamber Reading (mgy) 12:00 Position Average Chamber Reading (mgy) Measured nctdiw (per 100 mas) (mgy) Predicted vs. Measuremen t (%) Chest Based % Large Pelvis Based % Head % 4D CTDI Thorax % CTDI of CT scanner (Philips, Brilliance BigBore CT Scan) # CBCT dose is lower than simulation dose for this particular set of scanners.
15 Multi-Scan CBCT TG - 66 Ref: S. Mutic et al, Quality assurance for computed-tomography simulators and the computed tomographysimulation process: Report of the AAPM Radiation Therapy Committee Task Group No. 66, 2003.
16 Topics 1. Multi-Scan (stitched/extended length) CBCT 2. Triggered Imaging/Auto beam hold 3. 4D CBCT MV Imaging
17 Triggered Imaging During treatment, additional kv images can be acquired at a specific interval of MU, gantry angle, or time. Planning contours (PTV) can be overlaid on the kv image. Beam can manually be stopped when needed. Useful for intra-fraction motion tracking such as spine radiosurgery.
18 Triggered Imaging Sample images from RapidArc Delivery DRR and PTV kv Source at 270 deg kv Source at 45 deg
19 Auto Beam Hold (ABH) ABH is a triggered imaging with automatic marker detection and automatic beam hold. Beam ON only when the marker are within an allowed radius.
20 Auto Beam Hold Tracking three markers, Diameter = 7mm Beam ON Beam ON Beam Off Motion Phantom
21 Auto Beam Hold Test with a Rando phantom for robustness check.
22 Auto Beam Hold Marker False Detection Auto Beam Hold can be turn off. Marker Not Found
23 Auto Beam Hold - An alternative to ABH, if marker detection algorithm is not robust(faulty), is the triggered imaging with structure overlay. ON ON OFF Manual Beam Hold
24 Triggered Imaging
25 Topics 1. Multi-Scan (stitched/extended length) CBCT 2. Triggered Imaging/Auto beam hold 3. 4D CBCT MV Imaging
26 4D CBCT 1. Place a gating marker block on patient chest during CBCT acquisition. 2. Reconstruct a 4D CBCT using Advanced Reconstructor (offline). IR Camera Gating Marker Block
27 4D CBCT Sample RLL SBRT
28 4D CBCT Sample (Animation) Coronal Sagital
29 Topics 1. Multi-Scan (stitched/extended length) CBCT 2. Triggered Imaging/Auto beam hold 3. 4D CBCT MV Imaging
30 2.5 MV Imaging (FFF) Imaging only, not for treatment. More photoelectric and less Compton interaction than 6 MV. Better penetration than kv. 2.5 MV portal imaging is comparable with KV imaging in contrast and resolution for moderate size phantoms [1]. The 2.5 MV imaging is a good alternative to KV in imaging large patients[1]. [1] Song et al, Quantitative Analysis of 2.5 MV Portal Imaging Performance Compared to KV and 6MV Portal Imaging On the Novel Edge LINAC SU-E-J-147, AAPM 2014, Austin, TX.
31 2.5 MV Imaging (FFF) 2.5 MV Las Vegas 6 MV Las Vegas resolution contrast 2.5 MV imaging is better than 6 MV imaging in both resolution and contrast Song et al, Quantitative Analysis of 2.5 MV Portal Imaging Performance Compared to KV and 6MV Portal Imaging On the Novel Edge LINAC SU-E-J-147, AAPM 2014, Austin, TX.
32 Leeds phantom contrast test with 10 cm solid water 2.5 MV Imaging (FFF) 0 cm solid water KV 2.5 MV 6 MV 10 cm solid water Song et al, SU-E-J-147, AAPM 2014, Austin, TX.
33 2.5 MV Imaging (FFF) KV 2.5 MV 6 MV 10 cm solid water 0 cm solid water Song et al, SU-E-J-147, AAPM 2014, Austin, TX.
34 2.5 MV Imaging (FFF) High contrast resolution Low contrast resolution Line pair [LP/mm] KV Resolution 50kVp20mA20ms KV Resolution 75kVp20mA20ms KV Resolution 75kVp40mA20ms 2.5MV Resolution 6MV Resolution Number of visible objects KV Contrast 50kVp20mA20ms KV Contrast 75kVp20mA20ms KV Contrast 75kVp40mA20ms 2.5MV Contrast 6MV Contrast Additional thickness of solid water slab [cm], one side Additional thickness of solid water slab [cm], one side Song et al, SU-E-J-147, AAPM 2014, Austin, TX.
35 KV 2.5 MV 6 MV Song et al, SU-E-J-147, AAPM 2014, Austin, TX. 5 cm solid water 0 cm solid water
36 2.5 MV Imaging (FFF) Rando chest phantom CNRs KV CNR 2.5MV CNR 6MV CNR Contrast to noise ratio [CNR] B S Additional thickness of solid water slabs [cm] CNR Song et al, SU-E-J-147, AAPM 2014, Austin, TX.
37 2.5 MV Imaging (FFF) 120Kilo Voltage 2.5Mega Voltage 6Mega Voltage 5 cm solid water 0 cm solid water Song et al, SU-E-J-147, AAPM 2014, Austin, TX.
38 2.5 MV Imaging (FFF) Brainlab Pelvis Phantom KV Imaging 2.5MV Imaging 6MV Imaging Contrast-to-noise ratio [CNR] B S Additional thickness of solid water slab [cm] Song et al, SU-E-J-147, AAPM 2014, Austin, TX.
39 Q. What is the recommended frequency of the CTDI measurement for CT simulators by AAPM TG66? 0% 1. Once at Commissioning 84% 14% 1% 1% 2. Annually, or after major component replacement 3. Monthly, or after major component replacement 4. Weekly, or after major component replacement 5. Daily, or after major component replacement
40 Q. What is the recommended frequency of the CTDI measurement for CT simulators by AAPM TG66? Answer: 2). Frequency recommended by TG66: Annually or after major CT-scanner component replacement. Ref: S. Mutic et al, Quality assurance for computed-tomography simulators and the computed tomography-simulation process: Report of the AAPM Radiation Therapy Committee Task Group No. 66, Page: 2763
41 Thank you for you attention
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