Real In-Vivo Dosimetry Results

The routine tasks and processes related to machine QA, treatment planning and plan evaluation require significant time and expertise. With automation, these tasks can be standardized and streamlined – creating a strong QA foundation, and carving out time for focus on other critical areas impacting patient safety and treatment quality.

When it comes to patient-specific QA, a holistic approach is key for catching errors, especially those related to patient setup errors and anatomy changes.

Watch this quick refresher on possible error sources.

Lack of the right tools and staff capacity have historically made errors during treatment difficult to detect. SunCHECK aggregates disparate databases, automates inefficient tasks, and centralizes critical data for easier access by all.

Learn how SunCHECK benefits radiation therapy departments, hospital administrators and IT departments in pursuit of better patient care.

Building an in-vivo QA program from the ground up can feel overwhelming. Our SunDEPLOYS team is a dedicated resource for helping you get started. Plus, other departments have developed best practices for a strong in-vivo QA foundation.

Learn how you can achieve an automated in-vivo program.

• EPID-based in-vivo dosimetry for online-adaptive radiotherapy of the rectum: feasibility and QA criteria
  G Razinskas et al, UK Wuerzburg, Germany
• Use of the EPID to verify multi-isocenter craniospinal irradiation treatments
  P. Doolan et al, German Oncology Center, Limassol, Cyprus
• Establishing an in vivo dosimetry for breast radiotherapy treatments using SunCHECK PerFRACTION
  J Gaspar, et al, IPOC, Coimbra, Portugal
• Method for in vivo dosimetry in head and neck treatments
  A De Donato et al, Agostino Gemelli IRCCS, Rome, Italy
• Implementation of an in vivo dosimetry program for pediatric VMAT Total Body Irradiation
  M Galetto et al, Agostino Gemelli IRCCS, Rome, Italy