IBA Dosimetry myQA iON Proton Therapy

myQA iON

myQA iON is the unique Patient QA software solution for efficiency, accuracy, and safety of recurrent QA checks in Proton Therapy.

myQA iON significantly reduces the time needed for patient QA. Task-based workflow, automation, and the latest web software technologies increase QA efficiency while ensuring patient treatment safety.

The software uniquely combines three advanced patient QA verification solutions in one environment – enabling the optimal patient QA for each individual case.

Contact us for your individual solution!
IBA Dosimetry myQA iON Proton Therapy screen overview

QA Accuracy - 5 Times Faster! **

  • QA Automation:
    Automatic data retrieval and background processing
  • QA Efficiency:
    Save time through task-based workflow, automation, and log file QA
  • QA Flexibility:
    3 advanced patient QA tools in one platform
    • Monte Carlo independent 3D dose calculation
    • Unique PT log file 3D reconstruction
    • Dose output measurements with the MatriXX detector

** A patient QA survey amongst 39 experienced medical physicists at Proton Therapy centers determined an average 80% time saving with myQA iON compared to traditional detector based patient QA.

IBA Dosimetry myQA iON Proton Therapy Graphics patient data

Measurement Flexibility

Measurement-based patient QA alternatives:

1. Machine Log File 3D Analysis

  • Verify TPS plans and their correct delivery
  • Skip time-consuming QA device setup
  • Reconstruct delivered dose maps with Monte Carlo

2. MatriXX Detector Measurements

  • Import of MatriXX measurements and
  • analysis of real dose at isocenter

3. Independent Monte Carlo

IBA Dosimetry myQA iON Proton Therapy icon measure

IBA Dosimetry myQA iON Proton Therapy icon monte carlo

Independent Monte Carlo

  • Verify TPS dose vs. independent Monte Carlo dose via 3D gamma algorithm
  • One click workflow: simply send the TPS DICOM data to myQA iON
  • Automatic Monte Carlo calculation in the background
  • High accuracy with sophisticated Monte Carlo dose map computation
  • Easy integration in your routine QA workflow

Workflow Automation

  • Automatic machine log file retrieval
  • Plan queueing and Monte Carlo processing automatically in the background
  • Automatic updates of the QA analysis results in the patient interface
  • Automatic E-mail notification system: user information in case of detected errors or warnings
IBA Dosimetry myQA iON Proton Therapy icon automation

IBA Dosimetry myQA iON Proton Therapy Brochure Screen Combination

Ultimate Workflow Efficiency & Time Saving

Tasked-Based Workflow Manager

  • Five times faster patient QA**
  • Complete QA status accessible in a comprehensive task based overview
  • Schedule tasks, due dates, and staff assignments
  • Minimize setup time by automatically grouping the identical tasks

Patient Manager

  • Gain your clear and easy QA status overview for each individual patient

Ultimate QA Accuracy

3D Monte Carlo Analysis

  • Compare the TPS dose with an independent Monte Carlo dose
  • Fully automated independent Monte Carlo dose computation
  • 3D gamma analysis and difference dose map

3D Log Analysis

  • 3D dose computation based on the actual delivery
  • Verify each treatment fraction, not just pretreatment
  • Track the cumulative delivered dose
  • Simple visualization of spot delivered
IBA Dosimetry myQA iON Proton Therapy Brochure Screen

IBA Dosimetry myQA iON Proton Therapy Monte Carlo



  • Monte Carlo dose calculation and MatriXX detector measurements are supported for all PT machine providers.
  • Log file QA supported for IBA Proton Therapy treatment centers (Proteus One and Proteus Plus).
  • Pencil Beam Scanning plans, with or without range shifter.
  • All treatment planning systems following the DICOM standard.

Software Specification

  • The myQA iON software and central database can be installed on a physical or virtual server and is compatible with Windows® or Linux server operating system.
  • myQA iON appliction is accessed through the Google Chrome web browser from any computer connected to the hospital internet / intranet.

Hardware Specification

  • myQA iON does not require proprietary hardware. The following computer hardware is recommended to run myQA iON: 24-core / 2.0 GHz processor, 32 GB RAM, two 2 TB hard drives.

Monte Carlo Specification

  • Monte Carlo computation expected in less than 1 minute for a standard PBS plan with 10 million protons simulated.
    Please find more information under www.openmcsquare.org

IBA Dosimetry myQA iON Proton Therapy Testimonial Stefan Both

Stefan Both, PhD, DABR, FAAPM
Professor & Head of Medical Physics, Department of Radiation Oncology / University Medical Center Groningen, Netherlands
Combining irradiation logs and an independent dose recalculation with myQA ion, we intend to reduce the amount of measurements performed for patient QA by approximately 90%.
IBA Dosimetry myQA iON Proton Therapy Testimonial Zuofeng Li

Zuofeng Li, DSc
Physics Director / University of Florida Health Proton Therapy Institute Jacksonville, FL, USA
The ability to automate our patient QA, and the flexibility to use irradiation logfiles, real dose measurements, and Monte Carlo secondary recalculations in one system will bring us to a new level in PT treatment plan QA efficiency and accuracy.



IBA Dosimetry myQA iON Proton Therapy Monte Carlo
IBA Dosimetry myQA iON Proton Therapy DVH
IBA Dosimetry myQA iON Proton Therapy network access
IBA Dosimetry myQA iON Proton Therapy screen overview
IBA Dosimetry myQA iON Proton Therapy Graphics patient data

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Presentation Marc Blakey

Patient-Specific QA in Proton PBS: Past, Present, & Future

Advanced patient-specific QA solution myQA iON that is based on PT irradiation logs and Monte Carlo simulation.
Presented by Marc Blakey, MS, DABR.

Watch Presentation