Recent News
- Paper accepted in Frontiers in Oncology on the validation of our previously developed integrated 3D printed SRS QA phantom at multiple institutions!
- Paper accepted in Physics and Imaging in Radiation Oncology investigating the combined use of IVIM MRI and PET/CT via Parametric Response Mapping in cervical cancer patients to identify subvolumes that may predict tumor shrinkage to CCRT!
- Invited to give a PRO Quicktake on our tungsten filled 3D printed lung blocks paper in Practical Radiation Oncology!
- Recently interviewed in the RSNA podcast series highlighting our Radiology: Cardiothoracic Imaging project which was also editorialized!
- Recieved funding through the inaugural UCSF Radiation Oncology Physics Chiefs' Clinical Innovation Award for project entitled "Clinical Implementation of Tungsten Filled 3D Printed Lung Blocks for Total Body Irradiation"!
- Our paper on a smartphone-based surface guidance system made it to the cover of Practical Radiation Oncology for March-April, 2024, Volume 14, Issue 2!
- Paper accepted in Practical Radiation Oncology on the development of a smartphone-based application using LiDAR cameras with the potential to facilitate surface guided radiation therapy in low-resource centers!
- Recently featured in the Cancer Center’s website & newsletter highlighting our cancer research project funded in the latest RAP cycle!
- Paper accepted in Radiology: Cardiothoracic Imaging attempting to better understand the relationship between non-contrast enhanced free-breathing proton MRI-derived specific ventilation and the key components of airways disease in severe asthma by evaluating response to bronchodilator therapy and relationships with clinical biomarkers of Type 2 inflammation and airway dysfunction!
- Paper accepted in Practical Radiation Oncology on the development of a streamlined method to create 3D-printed lung block shells and fill them with tungsten ball-bearings (BBs) to remove lead and improve overall accuracy in the block manufacturing workflow for patients receiving total body irradiation!
- Received UCSF Spring 2023 RAP funding for project entitled “Smartphone-Based Surface Guidance in Radiation Therapy as an Emerging Paradigm in Personalized Cancer Care”!
Our Team
Meet the group comprising medical physicists, radiation oncologists, imaging & data scientists, and more, who are working together to better guide, monitor, and predict treatment response to therapy!
Our Work
Explore the multiple research programs we are investigating, including image guidance, motion management, and 3D printing quality assurance phantoms, for Radiology and Radiation Oncology!
Join Us
Interested in working with us? We are currently seeking highly motivated individuals to join us in the lab!