Innodem Neurosciences secures $6m Series A financing from Morningside Group

Innodem Neurosciences secures $6m Series A financing from Morningside Group

Published: 20-01-2021 11:08:00 | By: Pie Kamau | hits: 2734 | Tags:

Innodem Neurosciences, a Montreal-based company, has closed a Series A financing round led by Morningside Ventures to support the development and commercialization of its proprietary, patented, digital biomarking technology of neurodegenerative diseases such as Multiple Sclerosis (MS), Alzheimer's disease, Parkinson's disease and related disorders, Frontotemporal Dementia and related disorders and Cancer-Related Cognitive Impairment (chemo brain).

Innodem's mobile software technology is embodied in an application that turns a tablet or a smartphone into a device capable of capturing Eye Movement Biomarkers (EMBs) and Gaze Mapping Biomarkers (GMBs) accurately within minutes in order to assist a clinician's diagnosis. Current and future clinical validation trials will provide EMB & GMB data to Innodem's fully integrated HIPAA/PIPEDA compliant data management pipeline leveraging the latest deep learning technology.

Marc Reeves, Co-founder & Chief Business Officer, Innodem: "Morningside is the ideal investor to help us transition our novel technology into a future industry standard. This technology will be highly accessible and improve the quality of care and patient outcomes, with unseen levels of user-friendliness and cost-effectiveness for the global health system."

After a successful Seed round in 2019 and the launch of Pigio, Innodem's Proof of Concept technology & iPad App, the company obtained a USPTO patent and was able to increase the precision of its eye tracking technology to a level comparable or better than existing and costly infrared hardware solutions. Using deep learning on the anonymous data emanating from thousands of Pigio users, Innodem was able to refine its original algorithm and pivot towards the development of unique digital EMB & GMB technology used by pharmaceutical companies to improve clinical trial management. The innovative technology is also patent pending in EuropeJapan and China.

Gerald Chan, Chairman & CEO, Morningside Group: "Emerging digital biomarking technologies are redefining the global, multi-billion dollars, diagnostic imaging market and our investment in Innodem is in line with our overall portfolio strategy." 

Etienne de Villers-Sidani, Cognitive neurologist, Founder, Chief Executive Officer & Chief Scientific Officer, Innodem: "The interesting thing with mobile artificial intelligence applications is that the more data we obtain, the more accurate our algorithms become at detecting and tracking the presence and progression of these various devastating neurological conditions. This has truly been a collaborative effort with my colleagues at the Montreal NEURO and McGill, since access to well-phenotyped patients is crucial for the training and refinement of our technology. Digital EMB & GMB tests are non-invasive and can be completed in minutes by the patient from the comfort of their own home. Remote self-testing is a major advantage, even more so during a global pandemic. A clinician whose patient is transitioning to the progressive form of MS may recommend a better adapted treatment which could, if detected early, prevent this individual from developing severe neurological impairments. No practical tools currently exist to detect such a transition to progressive MS and I believe EMBs & GMBs can fill that important gap."

Over the course of Innodem's ongoing trial at the Montreal NEURO involving patients suffering from MS, bi-weekly self-testing results will assist healthcare professionals in detecting subtle changes that may not show up using magnetic resonance imaging (MRI), despite these changes being indicative of disease progression and the onset of more pronounced symptoms. Innodem management is hopeful that the multi-year trial will demonstrate that novel digital EMBs & GMBs can measure these changes accurately and cost-effectively while improving quality of care and patient outcomes.