Medical Physics UWA
The UWA Medical Physics YouTube channel showcases the latest advancements, research, and educational content in the field of medical physics.
It features insightful presentations from experts, highlights from key conferences, student projects, and hands-on demonstrations of cutting-edge technology used in radiation therapy, medical imaging, AI in medicine, and cancer treatment. Designed to engage both students and professionals, the channel offers a platform for learning, collaboration, and sharing developments within the medical physics community at UWA.
Stay updated with innovative approaches shaping the future of healthcare.

Nathaniel Barry; 🧠 Radiomics in glioblastoma: enhancing clinical care and patient management.

UWA MedPhys in 2024

Scheduling Metaheuristics and AI for Reducing Radiotherapy Wait Time (SMART) Study

Development and Validation of a 3D-Printed Dosimetry Phantom for Paediatric Radiology

Three-dimensional dynamic optical coherence tomography for breast tumour margin assessment

Dosimetric evaluation of a modulated intraoperative radiotherapy system

Eclipse Enhancement: A Monte Carlo Investigation of Brachytherapy Dose Modelling

Use of Deep Learning to Generate Synthetic CT from Diagnostic CT for Palliative Radiotherapy

Validation and Investigation of Treatment Response Evaluation Frameworks for PSMA PET/CT

Design of 3D Printed Forearm Applicator for Superficial Brachytherapy and Bone Dose Evaluation

A Study of Dose Rates and Phantom Measurements of Radioisotopes used in Nuclear Medicine

Thevikum Mudiyanselage: Evaluating LADCA dose tolerances/constraints in Left breast DIBH patients

Generating Synthetic Planning CT from Diagnostic CT Using DL to Expedite Palliative Radiotherapy
![K. Molin: Predicting Outcomes for Patients with ProstateCancer using [68Ga]Ga-PSMA-11 PET/CT Imaging](https://ricktube.ru/thumbnail/2hPabnms6d4/mqdefault.jpg)
K. Molin: Predicting Outcomes for Patients with ProstateCancer using [68Ga]Ga-PSMA-11 PET/CT Imaging

UWA Medical Physics Presentations for Radiation Oncology Department, SCGH

Divya Rattanpal: Beam data precision affects multi-target brain radiosurgery dosimetry by CyberKnife

Allison Ng, Optimising combination cancer therapies: massive solution space of a mechanistic model

Yunhe Li: Segmentation of Lymphoma in PET/CT images

Arlyn Blache: Generation of Synthetic CT Images from Brain MRI, Masters Proposal

A Metaheuristics and Artificial Intelligence approach to the Radiotherapy Patient Scheduling Problem

Rebecca A. D’Alonzo, Final PhD presentation, UWA Medical Physics

Gavin Pikes: Enhancing the Clinical Applicability of FLASH Proton Beam Therapy via the Incorporation

UWA Medical Physics in 2023

Enhancing Precision in Lung Cancer Therapy: Evaluating MRI-Linac, CyberKnife, and Linac Modalities

Derivation and implementation of biologically-optimised dose prescriptions for prostate cancer RT

Jake Kendrick; Research onboarding presentation

Towards a Quantitative Management of Metastatic Prostate Cancer using PSMA PET Images

3D Printed BrachytherapySurface Applicators for HDR Brachytherapy, By: Ari Jenkinson

A GATE Monte Carlo Model of a Flattening Filter Free Varian iX Linear Accelerator, By: James Harris

Probabilistic Descriptions of Patient Anatomy for Radiotherapy Treatment Planning; By: Kyle Grover