Author profile
RefleXion Medical
To evaluate the delivery accuracy and treatment plan quality of the RefleXion X2 system with a developmental anchor point tracking delivery algorithm for large PET-avid targets, with specific emphasis on the treatment planning and performance improvements.
To evaluate the ability of a RefleXion X2 system with extended PET-FOV with a developmental Anchor Point Tracking algorithm to autonomously follow PET-avid target and deliver dose, accounting for large sudden target displacements.
This work demonstrates the dosimetric performance of the developmental Anchor Point Tracking algorithm using phantom data acquired on the RefleXion X2 system with wide field-of-view PET detectors and software emulation of treatment planning and delivery.
The RefleXion X1 system requires activity concentration (AC) >5 kBq/mL for successful biology-guided radiotherapy (BgRT). We evaluated whether the extended field-of-view (FOV) PET detector in a can lower this AC threshold and expand treatment eligibility.
To assess the effectiveness of a developmental anchor point tracking algorithm with PET deblurring in targeting tumors on the RefleXion X2 platform.
The next-generation PET-based SCINTIX® Biology-guided radiotherapy (BgRT) X2 platform incorporates a four-time PET widened field of view (WFOV) and an anchor-point-tracking delivery algorithm (currently in development). These advancements are intended to impr...
To examine the dose conformity during planning and delivery for complex C-shaped targets in an investigational RefleXion X2 platform under static and motion conditions.
To evaluate the robustness of the developmental X2 Anchor Point Tracking algorithm to changes in breathing patterns between SCINTIX-modeling PET (for planning) and biology-guided radiation therapy (BgRT) treatment.