Lightweight Web-Based DICOM RT Viewer

UHN has developed the first functioning viewer available that allows a user to view DICOM-RT information without installing any additional software/ plug-ins on the client machine.

Web-Publishing – Paperless Radiation Treatment Plan Review and Approval

Available as a private-label go-to-market software tool, Web-Publishing integrates with treatment planning software (including Pinnacle™) and allows plans to be reviewed and approved from anywhere in the world via a secure Internet connection.

LINAC Monitoring System

The LINAC Monitoring System (LMS) software platform independently monitors the usage and performance of a LINAC to aid in diagnosing equipment or human error issues ideally before they occur.

Head Frame Collision Avoidance and Virtual Planning Software for Gamma Knife®

This tool, developed specifically for Gamma Knife and Gamma- Knife Perfexion stereotactic radiosurgery applications, allows the pre-planning of head-frame placement and treatment protocol prior to the day of treatment.

In-Vivo Fiberoptic Probe for Intra-operative Fluorescence Quantification in Tissue

UHN’s biophotonics group has developed a fiberoptic probe that quantitatively measures the fluorescence in tissue for in-vivo surgical applications which compensate for the effects of tissue optical property variations.

Automated IMRT Beam Model Commissioning Platform for Treatment Planning Systems

Automated IMRT Beam Model Commissioning Platform for Treatment Planning Systems

Synthetic Echo-Time Viewing Technique and Software for MR Imaging

Researchers at UHN have developed a post-processing technique for magnetic resonance imaging which allows a user to selectively vary the imaging “synthetic” echo-time (TE) dynamically through a range of echo-time values in an analogous way as “windowing and leveling” features in viewers.

Calibration Phantom/Software for Dynamic Contrast MR/CT Imaging

This phantom/software system allows for the calibration and verification of Dynamic Contrast Enhanced (DCE) CT and MRI techniques to account for orientation and respiratory motion.

Endoscopy + CT Multi-modal System for Radiation Therapy Treatment Planning

UHN has developed technology that enables contouring of features in 2 dimensional endoscopic images and registering them onto 3D volumetric data sets for the purposes of treatment planning in radiation therapy.

Sub-Surface Fluorescence Topography (SSFT) for Depth-resolved Fluorescence of Buried Pathologies

UHN’s biophotonics group has developed a wide-field fluorescence technique and instrument which is able to provide a map of fluorescence buried underneath the surface of tissue in a depth-resolved fashion.