All conference submissions

To investigate the feasibility of real-time monitoring of boron neutron capture therapy (BNCT) through prompt gamma detection using a LaBr₃ scintillation detector, with the goal of enabling quantitative assessment of boron distri...

To quantify radiation induced glutathione (GSH) dynamics in A549 lung cancer cells using a ratiometric RealThiol (RT) probe and to assess microscopy and optical sensor platforms for real-time monitoring of redox responses followi...

Stereotactic Arrhythmia Radioablation(STAR) is a non-invasive method to treat cardiac arrhythmias by targeting aberrant cardiac tissue, however accurate dose delivery is challenging, given the proximity of the target to vital car...

PARP inhibitors are standard maintenance therapy for ovarian cancer, yet how baseline organ function modifies their comparative effectiveness beyond molecular biomarkers remains unclear. Using real-world data, we estimate the cau...

To quantify recovery of damaged plastic scintillators and optical fiber after exposure to ultra-high dose rate (UHDR) protons, in terms of light output and spectral signature.

To develop a spatially resolved, fractionation-aware radiobiological simulation framework for quantitatively evaluating radiation therapy (RT), hyperthermia–radiation therapy (HTRT), and nanoparticle-mediated magnetic hyperthermi...

Open-source radiotherapy quality assurance (OSQA) tools are increasingly available and offer potential value in resource-constrained settings. However, clinical adoption remains limited by gaps in validation, standardization, and...

An important component of the patient positioning and monitoring in Gamma Knife treatments, is the integrated CBCT system. However, the current circular arc scan trajectory and the geometric constraints on the CBCT system imposed...

Intensity modulated radiotherapy (IMRT) is the current standard delivery technique on MR-linacs. IMRT deliveries cycle between radiating and moving segments, each starting with loading the segment. More complex plans usually cont...

To implement a standardized, encoder‑driven TrueBeam jaw calibration workflow within QATrack+ that improves jaw‑junction dose uniformity and calibration precision. The workflow integrates EPID‑based jaw analysis, encoder‑target p...

To evaluate the registration accuracy across acquisition and reconstruction protocols of different CT systems in 4D CT of wrist bones.

Reinforcement learning (RL) constitutes a strong candidate for AI-guided treatment planning for two distinguishing reasons: it differs from greedy algorithms by optimizing strategy over the complete history of a Markovian process...

Accurate medical image segmentation is crucial for clinical workflows such as radiotherapy planning and longitudinal disease monitoring. However, high-quality pixel/voxel annotations are costly and time-consuming to obtain, limit...

To guide practice for Re-Irradiation (RI) assessment at a regional cancer centre in Ontario.

For a new course of liver stereotactic body radiation (reirradiation), we apply a normal tissue complication probability(NTCP) model to guide planning and estimate toxicity risk. We assessed the effectiveness of this approach in...

To evaluate correlations among publicly accessible IMRT plan complexity metrics and their relationships with plan uncertainty, independent dose calculation, phantom-based QA, and log-file analysis.

To determine whether dense-fibrosis (FDense) measured with Late-Gadolinium-Enhanced-Inversion-Recovery ultrashort-echo-time (LGE-IR-UTE) MRI spatially correlates with R2* maps (a marker associated with hypoxia) in gynecologic-can...

To compare the repeatability of quantitative dynamic contrast enhanced (DCE) MRI with the reference region model (RRM) against the conventional Tofts model and to test if it can be improved using the two-step Constrained RRM (CRR...

In investigating image-based lung ventilation, a fundamental question must be answered: is the measurement technique repeatable? Repeatability of ventilation imaging in PET and CT have been studied, but MRI is emerging. Crucial t...

Gynecologic (GYN) cancer patients frequently experience significant weight loss and nodal volume changes during conventional pelvic radiotherapy, often necessitating re-simulation and potential treatment adaptation. A TrueBeam li...

To determine whether tumor descriptions in routine radiology reports can be converted into controllable priors for synthetic tumor generation in CT, and whether these report-conditioned synthetic tumors improve robustness of tumo...

We present the results of anthropomorphic phantoms (IROC Houston) irradiations at 2-academic institutions for independent verification of highly heterogenous dose distributions via 3D MLC-based SFRT plans for credentialling multi...

Evaluate the precision of CT beam width measurements using a pencil ion-chamber.

Developing and researching methods of implementing deep learning neural networks capable of predicting gamma passing rates from retroactive 2D dose plane images for QA procedure optimization, workflow improvements, and plan deliv...