Sponsored by Commercialization at UHN since 2003 and awarded annually, the Inventor of the Year Award (IOTY) recognizes an individual or team whose invention has made a substantial and noteworthy commercialization contribution leading to a healthier world.
Thanks to our world-class researchers, scientists and clinicians, UHN is Canada’s leading medical research hospital and is included within the top 10 North American research hospitals in commercialization (Source: AUTM Licensing Survey).
Inventiveness
Commercialization potential of inventions
Commercialization ability, efforts and achievements of the Nominee
Patient Impact/Social Benefit
Drs. Heather Ross and Joseph A. Cafazzo named 2022 joint Inventors of the Year for revolutionizing cardiac care through Medly, a digital health solution for heart health care from anywhere.
Medly reduces heart failure management costs and hospitalizations by 50% and forms the basis of a new UHN venture, Medly Therapeutics, poised to bring heart care benefits to patients around the world.
Scott Bratman and Daniel De Carvalho are the joint winners of UHN’s 18th annual inventor of the Year Award for their contribution to building the next generation of cancer diagnostics. They received the award for their work on advancing a specialized form of circulating tumour DNA (ctDNA) technology, known as cfMeDIP-seq.
cfMeDIP-seq is an ultra-sensitive cell-free DNA methylation pattern detection technology being developed to spot different types of cancers via liquid biopsy. Powered by AI, cfMeDIP-seq is now transforming the landscape of cancer diagnosis and disease management.
The Technology and Commercialization (TDC) office is thrilled to recognize Dr. Naoto Hirano, Senior Scientist at Princess Margaret Cancer Centre, as the winner of UHN's 17th annual Inventor of the Year Award.
Dr. Naoto Hirano receives the 2019 award for his work in developing theTCR-HLA multimer staining technique, which greatly expands how immunotherapy targets cancer, allowing more people to benefit from the treatment.
The TCR-HLA multimer staining technology is part of a branch of cancer immunotherapy known as T-cell receptor-based adoptive cellular therapy, which helps to stimulate the body's own immune response to destroy cancer cells.
Drs. Shaf Keshavjee and Marcelo Cypel have been recognized as the joint-winners of UHN's 2018 Inventor of the Year by the UHN Technology Development & Commercialization Office (TDC).
Each year, UHN's TDC awards and celebrates a UHN inventor or inventors who illustrate noteworthy excellence through inventiveness in research, critical contributions and commercial successes impacting patients and their quality of life.
Drs. Keshavjee and Cypel are internationally recognized lung transplant surgeons at UHN – one of the top ranked organ transplant centres in North America and the number one Lung Transplant Clinical and Research Centre worldwide.
Drs. Gordon Keller and Michael Laflamme are co-winners of UHN'S 2017 Inventor of the Year Award for their pioneering contributions to the study of stem cells and the field of regenerative medicine.
Each year, UHN's Technology Development and Commercialization Office (UHN-TDC) awards and celebrates a UHN Inventor who illustrates noteworthy excellence through inventiveness in research, critical contributions and commercial successes to impact patient lives and their quality of life.
Driven by the overarching goal of freeing patients from the recurrent toll of degenerative and chronic diseases, Drs. Keller and Laflamme have been pioneering and studying cell-based therapeutic approaches since the 1990s and the early 2000s, respectively, long before the field of cell-based therapy and regenerative medicine was formally recognized.
Longtime UHN researcher Dr. Christopher Paige has been named Inventor of the Year for his work in immune-oncology, a promising therapeutic approach based on the premise that a patient's own immune system has powerful cancer-fighting capabilities if correctly activated and targeted.
Dr. Paige, who for close to two decades as UHN's Vice-President of Research, and later as Executive Vice- President (EVP) of Science and Research, championed commercialization as a strategy to transform discoveries into practical medical products to benefit patients, received the award at yesterday's UHN Annual General Meeting in the MaRS Auditorium.
Each year, UHN's Technology Development & Commercialization Office (TDC) selects and celebrates a UHN Inventor who demonstrates outstanding inventiveness in research coupled with important contributions to the advancement of healthcare via successes in commercialization.
A trio of researchers from Toronto Rehabilitation Institute has received the UHN Inventor of the Year Award for a device which has a very real impact on the daily health and well-being of patients.
Drs. Hisham Alshaer, T. Douglas Bradley and Geoff Fernie were presented the award by UHN's Technology Development & Commercialization Office at Wednesday's Annual General Meeting.
It recognizes outstanding inventiveness coupled with commercialization success over the past year.
Dr. Milos Popovic, Senior Scientist, Toronto Rehab, was honoured with the UHN 2014 Inventor of the Year Award, presented by the Technology Development & Commercialization team at the Annual General Meeting.
This award recognizes his creation of MyndMove – a commercialized product that delivers electrical stimulation to paralyzed muscles reproducing movement in arms and hands. This technology is helping stroke and spinal cord injury patients regain movement in their upper extremities that they didn't know they'd have again. And, in many cases, function is being restored many years post-injury.
Dr. Tak Mak and The Campbell Family Institute for Breast Cancer Research Therapeutics Group were recognized for the team's creation and development of a novel first-in-class cancer therapeutic (CFI-400945) and successful launch of clinical trials.
Dr. Ralph DaCosta was recognized for his development of a hand-held fluorescence imaging device for real-time wound care monitoring and assessment, and its ongoing successful commercialization through the creation of the company
Moleculight Inc. , https://moleculight.com/
UHN Medical Physicist and Techna Faculty, Dr. Thomas Purdie, was recently awarded UHN's 2012 Inventor of the Year award for developing a software that has significantly improved the way cancer radiation therapy is delivered. Dr. Purdie’s software, which was developed with the support of the Princess Margaret Cancer Foundation, has now been used to treat over 1,700 patients at the Princess Margaret Cancer Centre. The technology has been licensed to RaySearch Laboratories through UHN’s TDC Office and will be made available to radiation treatment clinics around the world by the end of the year.
Read MoreUHN's 2010 Inventor of the Year Award was presented to Dr. Gang Zheng, Senior Scientist, OCI, at the AGM reception on June 15.
Gang Zheng imageThe award, sponsored through UHN's Technology Development and Commercialization Office, is presented to a UHN researcher who has made an outstanding and inventive contribution to patient-oriented biomedical research.
Dr. Zheng's research focus involves the creation of a unique organic nanoparticle delivery platform capable of transporting cancer therapeutics directly to tumours. This technology has the potential to reduce side effects in patients due to the biocompatible nature of the nanocarriers and the targeted delivery of the drugs. UHN, in collaboration with the Ontario Institute for Cancer Research (OICR), has recently formed a Toronto-based biotechnology company called DLVR Therapeutics Incorporated, to rapidly advance the commercialization of this technology for the benefit of patients in Ontario and around the world. Dr. Zheng recently developed a new class of nanoparticles, called porphysomes, which convert light to heat in an energy efficient manner. When accumulated in tumours, porphysomes converted light from a laser and successfully destroyed the tumours through photoablation.
For their inventions, which make radiation therapy safer, more effective and more efficient
For developing ground-breaking prognostic genomic analysis for early stage
For his creativity in applying cutting-edge physics and engineering to the integration of imaging and radiation therapy in the cancer clinic
For his ingenuity in using deep brain stimulation – a technology that selectively modifies neurotransmission activity–to treat depression, anxiety, cognitive disorders and Parkinson's disease
For his invention of many exciting medical technologies including a non-invasive system to measure heart health, a portable device that allows the rapid treatment of carbon monoxide poisoning and an oxygen delivery mask that can help prevent spread of respiratory diseases such as SARS or Avian Influenza in hospitals
For inventions targeted towards treating patients with diabetes, short bowel syndrome and Crohn's disease. A number of these products have already reached Phase II or III clinical trials, or are awaiting FDA approval
For his discovery of new medications for the treatment of malaria, including a treatment for the most severe and frequently fatal form of the disease