Category: Knowledge economy

  • This text is a summary of an interview with Dr. Adriana Di Polo, President of the Canadian Association for Neuroscience.

    One in two people will suffer from a mental illness across their lifetime. It is estimated that 1.7 million Canadians will suffer from dementia, such as Alzheimer’s disease, by the year 2030. The burden of brain disorders and diseases has substantially increased over the last 25 years with the aging of the population and the negative impact of the pandemic. This is having a detrimental impact on the economy, healthcare systems, and Canadian livelihood. Neurodegenerative diseases are the leading cause of disability and the second leading cause of death worldwide, and mental health disorders are the leading cause of days off work.

    Canada is fortunate to have a rich and diverse community of brain scientists who tackle this challenge from many different angles. In addition to neurologists and brain surgeons, who treat patients directly, we must remember that the development of innovative treatment avenues relies on new basic research.

    This research is being done by students, post-doctoral researcher, professors, and professional scientists working in research laboratories across the country, in universities, in governmental institutions and in private industry. Brain research is more and more collaborative and transdisciplinary, meaning that it brings together scientists with different expertise.

    One recent example comes from work by Valérie Mongrain, holder of the Canada Research Chair in Sleep Molecular Physiology. Dr. Mongrain studies how disruptions in sleep patterns can be used to predict the onset of Alzheimer’s disease and epileptic seizures. Her latest research uses artificial intelligence tools developed by colleagues to analyse sleep patterns and revealed important indicators of oncoming seizures.

    There are hundreds of examples of research, like this one, which initially aimed to understand how the brain works, and that can have a real impact for patients.

    The most important funding source for brain research in Canada is the Canadian Institute of Health Research (CIHR). Fundamental research, however, is chronically underfunded by the federal government. According to the latest data from the OECD (http://www.oecd.org/), Canada is the only country in the G7 whose investments in Research and Development have steadily declined in the last 15 years. For several years now, CIHR has been forced to reject more than 82% of project proposals because of underfunding. This means that innovative research studies that could lead to the next blockbuster drug for brain diseases are not being funded.

    Scientific research has real-world benefits to people across Canada, to Canada’s economy, and to Canada’s future prosperity. Without further investments to support health research, the ability to realize these benefits are slipping away.

    We need more federal investment in Canadian scientific research. Canadians can and should speak up in favor of health research to make this a budgetary priority in Canada.

    Read an interview with CAN president Adriana Di Polo published online and included as a special insert in the March 30 Toronto Star: Toronto-Star-insert-BrainHealth-March2024


  • Public investment in basic research will pay for itself.

    Philip Barrett, Niels-Jakob Hansen, Jean-Marc Natal, Diaa Noureldin

    October 6, 2021

    The pandemic has rolled back decades of economic progress and wrought havoc on public finances. To build back better and fight climate change, sizable public investment needs to be sustainably financed. Boosting long-term growth—and thereby tax revenue—has rarely felt more pressing.

    But what are the drivers of long-term growth? Productivity—the ability to create more outputs with the same inputs—is an important one. In our latest World Economic Outlook, we emphasize the role of innovation in stimulating long-term productivity growth. Surprisingly, productivity growth has been declining for decades in advanced economies despite steady increases in research and development (R&D), a proxy for innovation effort.

    Knowledge transfer between countries is an important driver of innovation.

    Our analysis suggests that the composition of R&D matters for growth. We find that basic scientific research affects more sectors, in more countries and for a longer time than applied research (commercially oriented R&D by firms), and that for emerging market and developing economies, access to foreign research is especially important. Easy technology transfer, cross-border scientific collaboration and policies that fund basic research can foster the kind of innovation we need for long-term growth.

    Inventions draw on basic scientific knowledge

    While applied research is important to bring innovations to market, basic research expands the knowledge base needed for breakthrough scientific progress. A striking example is the development of COVID-19 vaccines, which in addition to saving millions of lives has helped bring forward the reopening of many economies, potentially injecting trillions into the global economy. Like other major innovations, scientists drew on decades of accumulated knowledge in different fields to develop the mRNA vaccines.

    Basic research is not tied to a particular product or country and can be combined in unpredictable ways and used in different fields. This means that it spreads more widely and remains relevant for a longer time than applied knowledge. This is evident from the difference in citations between scientific articles used for basic research, and patents (applied research). Citations for scientific articles peak at about eight years versus three years for patents.

    (Continued)

    View the full article on the IMF BLOG


  • In a rapidly changing world, research universities are essential for ensuring Canada has the knowledge and talent necessary to keep up.

    By Vivek Goel Contributing Columnist, Waterloo Region Record

    Vivek Goel is President and Vice-Chancellor of the University of Waterloo

    In a rapidly changing world, research universities are essential for ensuring Canada has the knowledge and talent necessary to keep up.

    That’s why the University of Waterloo recently developed our Global Futures, a focus on five interconnected problem areas that can only be tackled with transdisciplinary scholarship and action.

    Take Prof. Jason Thistlethwaite’s climate risk group — focused on our sustainable future by enabling Canadians to gauge personal disaster exposure. After a summer of climate-triggered wildfires in virtually every part of the country, and around the world, the importance of Thistlethwaite’s work comes into sharp focus. Or consider Professor Gautam Kammath’s health data privacy work, it showcases how advances in AI could improve health information exchange to ensure better health outcomes for our community and across the country.

    Such research doesn’t happen overnight — it builds on decades of fundamental scholarship and requires collaboration and partnerships. Research labs like these not only focus on the biggest problems our society faces, but they also serve to train the next generation of big thinkers, graduate students who provide the capacity to do this work today and get the training to continue to address big challenges in the future.

    Unfortunately, research such as this that creates tomorrow’s Canadian-made discoveries is at risk as funding support for universities and research institutes continues to be eroded. We will lose a generation of scholars if current funding trends continue, and recovering from such a loss will not be easy.

    Canada has fallen behind our closest competitors in research and development funding. Canada lags behind G7 and OECD partners in commitments to masters and doctoral education and research. And the gaps are only going to grow.

    The United States is committing $200 billion to science funding in the coming decade, while Germany, Israel, South Korea and others have all made similar pledges, with Japan recently unveiling an $87-billion science fund. China recently surpassed the United States in quantity of high quality research publications, the result of several decades of focused investment.

    Put simply, we are hitting a point where the pace of change is so great, and our neighbours (friendly, and hostile) are investing so heavily in future-focused research, that merely relying on the status quo won’t just cost us our edge in the knowledge economy. It will see us lose ground to the point where our economy and society will be at the mercy of those innovating at a faster pace.

    If wildfires in Yellowknife or Spain or the challenges of health data information exchange seem faraway or arcane, there is plenty at stake in the here and now. In Waterloo Region, we have enjoyed the benefits of well-funded, innovative universities for decades.

    Since its founding in 1957, University of Waterloo has blended advanced research with co-operative education, and these areas of focus, alongside our regional partners, have forged a local identity rooted in technological innovation and entrepreneurship.

    Our ability to attract talent, expertise, investment due to well-funded research, access to labs and startup incubation have all contributed to Waterloo Region’s reputation as an economic powerhouse.

    According to an independent 2019 study, the University of Waterloo added $1.16 billion to our region’s GDP while creating 8,485 full-time equivalent jobs locally. Last year alone, Waterloo-incubated startups raised $70 million in capital, filed 110 patents and helped the region expand and diversify its economy, launching more than 40 health-tech companies.

    None of this would have been possible without the support of the federal and provincial research funding agencies.

    As people and capital move more freely around the world, it will take more than grants, and labs to attract brilliant minds to come here and help us prosper. Waterloo Region also needs to be a place where people feel they belong.

    Investing in universities is an also an investment in social cohesion. They are places where people of all identities meet, work together, live together, and bridge the gaps between our differences. This doesn’t happen by accident. Investing in universities leads to breakthroughs in fields like decolonization, gender and society, and anti-racism.

    To future-proof Canadian society we need globally competitive universities that can offer competitive grants, access to well-equipped research labs and research assistant roles for graduate and postgraduate students that pay enough to meet the rising cost of living.

    We need governments to apply funding strategically so academia and industry can work together and deliver the things Canadians need. In short, if we can’t keep pace, we’ll fall behind before we know it, and we can’t keep pace unless we have the research dollars we need to equip the brightest minds in the world with the tools to solve the greatest challenges we face.

    Read this op-ed in the Waterloo Region Record


  • In a recent article published on TheFutureEconomy.ca, the President of Universities Canada Paul Davidson argues

    The competition is moving fast to invest in research to develop the biggest ideas and grow new talent. 

    […]

    We need to grow our research funding to stay ahead of today’s competitors and those who are working hard to surpass us.

    Paul Davidson

    Read the full op-ed on TheFutureEconomy.ca


  • The Canadian Association for Neuroscience advocacy team is happy to share our submission to pre-budget consultations in advance of the 2023 budget of the House of Commons permanent committee on Finances (FINA)
    View our submission: Increased investment in scientific research for the health and prosperity of Canadians today and tomorrow
    The deadline to submit a brief is Saturday, 8 October 2022 at 11:59 p.m. Eastern Standard Time – View the news release here


  • Canada must step up its support of R&D in science and technology if the country’s innovation economy is to remain competitive globally.

    That was the key message of a Globe and Mail op-ed by University of Toronto President Meric Gertler and Alan Bernstein, president and CEO of CIFAR (Canadian Institute for Advanced Research), who noted substantial recent investments by the U.S. government in the country’s AI, robotics, clean electricity and green energy sectors.

    “The U.S. initiatives demand a commensurate response from Canada both in size and breadth. Otherwise, our economic performance will continue to lag behind other advanced economies,” Bernstein and President Gertler warn in the op-ed published Sept. 5. (more…)


  • In a research 5 à 7 presented by Queen’s University, Dr. Stephen Scott, Professor and Incoming Vice Dean Research for Queen’s Health Sciences, presents his invention: Kinarm. Trained in systems designs engineering, and with a background in physiology, Dr. Scott has combined two areas of expertise into something incredible. Kinarm is used to assess neurological impairments related to stroke, MS, ALS, Transient Ischemic Attacks, Parkinson’s disease, kidney dialysis, and more.

    Learn more about KinarmThe Human Performance Lab at the University of Calgary and the Neuro Robot Lab led by Dr. Sean Dukelow at the University of Calgary