Benefits for Physicians

RTsafe’s innovative technology brings you confidence and control across the entire treatment process. Confirmation of prescribed doses in a simulated environment verifies the efficacy of your plans ahead of treatment execution. As a result, even your most demanding cases (such as multiple brain metastases) become easier to undertake.

Your ability to visualize a patient’s treatment through individualized simulation ensures the desired outcome while simultaneously minimizing the possibility of debilitating side effects. You have the option to share the simulation with the patient, and help them to understand the whole process. In this way, you can provide exceptional patient involvement and empowerment by offering compelling evidence of safe and accurate treatment ahead of a medical intervention.

Additionally, you can store data from the simulation in each patient’s medical record as
proof of good medical practice.

PseudoPatient®

Patient Treatment Verification Redefined. Safety Personalized.

PseudoPatient® is an FDA cleared device constructed by the real patient’s CT data using highly accurate 3D printing technology. It forms an anatomically accurate replica of patient’s head, providing physicians and medical physicists with either direct dose measurements of anatomic regions of high interest (point, 2D), or a full relative 3D dose map, ideal for demanding SRS cases, such as small benign tumors.

Publications

Validation of PTV margin for Gamma Knife Icon frameless treatment using a PseudoPatient® Prime anthropomorphic phantom
Eun Young Han, Parmeswaran Diagaradjane, Dershan Luo, Yao Ding, Georgios Kalaitzakis, Emmanouil Zoros, Kyveli Zourari, Themistoklis Boursianis, Evangelos Pappas, Zhifei Wen, Jihong Wang, Tina Marie Briere

Journal of applied Clinical Medical Physics, (2020)
Dosimetric performance of the Elekta Unity MR-linac system: 2D and 3D dosimetry in anthropomorphic inhomogeneous geometry
E Pappas, G Kalaitzakis , T Boursianis , E Zoros , KZourari , E P Pappas , D Makris , I Seimenis , E Efstathopoulos and T G Maris

Phys.Med.Biol.,November 2019