November 15, 2018 - $1 million Invested in Eight Research Projects


November of 2018 was the announcement eight new research projects being funded with an investment of $1 million through the Canada Research Program.  These eight new research projects include multiple studies using cutting-edge techniques, never before applied to ALS, further examination of newly discovered proteins that may be critical to understanding how ALS works in the body, the use of specialized models of ALS to better understand how the disease occurs, a new spin on targeting abnormal immune and inflammatory mechanisms to treat ALS, and development of a unique Canadian protocol to measure the value of therapies on quality of life alongside medical evaluation in clinical trials.

The research being funded will seek to answer questions that will enable the exploration of new therapeutic targets, extend existing research to support further discoveries and help researchers gain a greater understanding about why ALS progresses differently in each individual.  The research questions to be answered are:

  • Can unique fish models of ALS be used to understand nervous system signaling in ALS?
    $125,000 has been awarded to Dr. Gary Armstrong at the Montréal Neurological Institute.

  • Can a protein that affects immune cells in the brain be reprogrammed to prevent or slow ALS?
    $125,000 has been awarded to Dr. Jasna Kriz at Université Laval.

  • Can an effective measure of ALS-specific health related quality of life in clinical trials be developed?
    $124,993.81 has been awarded to Dr. Ayse Kuspinar and Dr. Vanina Dal Bello-Haas, both from McMaster University

  • Are abnormal stress granules a unifying factor in ALS?
    $125,000 has been awarded to Dr. Eric Lécuyer at Institut de recherches cliniques de Montréal (IRCM).

  • Is ALS pathology different in one region of the brain vs. another within a single person with ALS?
    $125,000 has been awarded to Dr. Janice Robertson at the University of Toronto.

  • Can environmental factors affecting genes explain why ALS affects people differently?
    $125,000 has been awarded to Dr. Ekaterina Rogaeva at the University of Toronto.

  • Does a unique, hidden protein called altFUS play a role in ALS?
    $125,000 has been awarded to Dr. Xavier Roucou at Université de Sherbrooke.

  • Does a previously unstudied protein called hnRNP A1B play an important role in ALS?
    $125,000 has been awarded to Dr. Christine Vande Velde at the University of Montréal.

 The funding of the eight research projects followed a competitive peer review process, which engaged global ALS experts who evaluated a larger pool of applications to identify the projects that are grounded in scientific excellence and have the potential to most quickly advance the field of ALS research in order to develop effective treatments. 


2017 funding competition completes $20 million research partnership with the Brain Canada Foundation following the Ice Bucket Challenge


The results of the 2017 funding competition for Canadian ALS research was announced today. Twelve exciting projects were chosen, including a multi-year study of a promising drug combination, three trainee grants that will help to nurture the next generation of Canadian ALS researchers currently pursuing their PhDs, two projects that will explore how ALS treatments could be delivered through the bloodstream, and an initiative that seeks to understand why the muscles of the eyes are often more resilient to ALS as other muscle groups shut down. 

These projects were made possible by the contributions from the ALS Societies across Canada and matching funds by Brain Canada, including the 40 per cent of proceeds dedicated from the WALK for ALS and Betty’s Run for ALS. 

The research being funded in 2017 seeks to answer the following questions that will help to move us from greater understanding of ALS to the development of therapies for human use:

• Can adjusting the levels of a “guardian” protein protect a protein that becomes toxic in most cases of ALS? $125,000 awarded to Dr. Marco Prado with collaborators Dr. Martin Duennwald and Dr.Flavio Beraldo, all from Western University

• Can image-guided focused ultrasound technology be used safely in people living with ALS as a means of delivering future treatment? $124,948 awarded to Dr. Lorne Zinman with collaborators Dr. Nir Lipsman, Dr. Kullervo Hynynen, Dr. Sandra Black, Dr. Todd Mainprize, and Dr. Agessandro Abrahao, all from the University of Toronto

• Can microscopic bubbles in our bodies be used to deliver ALS treatments through the bloodstream? $125,000 awarded to Dr. Derrick Gibbings with collaborators Dr. Baptiste Lacoste and Dr. Maxim Berezovski, all from the University of Ottawa

• Could targeting the activity of motor neurons in the spinal cord be a new way to diagnose and treat ALS? $125,000 awarded to Dr. Yves De Koninck, Université Laval

• Could the change in communication processes between motor neurons and the immune cells of the nervous system after an ALS diagnosis help to identify new treatment targets? $124,930 awarded to Dr. Stefano Stifani, McGill University

• Could touchscreen technology help to improve testing for the cognitive impairment that occurs in some cases of ALS? $110,770 awarded to Dr. Flavio Beraldo with collaborators Dr. Marco Prado and Dr. Vania Prado, all from Western University

• Could whole genome sequencing reveal new areas of genetic mutations that make some people more likely to develop ALS? $75,000 awarded to Jay Ross, a PhD student in Dr. Guy Rouleau’s lab at McGill University

• How might misfolded proteins that occur in ALS cause cells to die? $50,000 awarded to Sonja Di Gregorio, a PhD student in Dr. Martin Duennwald’s lab at Western University

• What can we learn from mice that are able to walk almost normally despite significant loss of motor neuron function? $125,000 awarded to Dr. Turgay Akay, Dalhousie University

• Why are eye muscles more resistant to ALS, and what can we learn about this that could help to preserve the function and use of other muscles? $121, 048 awarded to Dr. Richard Robitaille with collaborator Danielle Arbour, both from Université de Montréal

• Will probiotics that improve ALS symptoms in worms also work in mice? $75,000 awarded to Audrey Labarre, a PhD student in Alex Parker’s lab at the Université de Montréal

Spotlight on Dr. Sanjay Kalra: Largest ALS grant recipient in Canada's history

The ALS Society of Alberta is proud to be one of the largest donors to the national ALS research program, which funds incredible researchers in Alberta and nationwide. ALS is difficult to diagnose because no single test or procedure can firmly identify the disease. Current diagnostic tests for ALS focus on ruling out other diseases that share similar initial symptoms. For example, magnetic resonance imaging (MRI) is a test typically used to eliminate a diagnosis of cancer, multiple sclerosis or pressure on the spinal cord due to arthritis. A standard MRI analysis of a person with ALS, however, usually shows normal results.

The lack of a reliable diagnostic test for ALS means that it takes on average about a year for a diagnosis to be confirmed. “The delay means we can’t help people sooner, nor identify them early enough to enter a clinical trial,” said Dr. Sanjay Kalra in an interview. “This issue is actually hindering the clinical investigation of drug therapies. If we could identify people with different types and progressions of ALS more quickly, we could find a breakthrough therapy faster. A test is desperately needed that can determine if a drug is working in clinical trial.” Dr. Kalra is a professor in the department of medicine (neurology) and member of the Neuroscience and Mental Health Institute at the University of Alberta.

Looking for ALS in Brain Images

Dr. Kalra has been intrigued with finding a way to harness the power of imaging to uncover the early signs of ALS since his medical residency when he met neurologist Dr. Douglas Arnold, an MRI specialist at the Montréal Neurological Institute and Hospital. “My residency research rotation was only supposed to last six months, but after realizing the potential power of this technology in research and really enjoying working with people with ALS, I decided to continue and eventually stayed as a postdoctoral fellow specializing in MRI for ALS,” said Dr. Kalra.

Dr. Kalra has secured funding for his imaging research program from a number of sponsors including the Canadian Institutes of Health Research (CIHR), the major agency of the Canadian government responsible for funding health research in Canada. His focus has been to develop and validate advanced MRI methods that can be used as a biomarker, a biological marker that allows physicians to detect disease earlier, monitor disease progression and evaluate new therapies.

In 2013 he founded the Canadian ALS Neuroimaging Consortium (CALSNIC), a multidisciplinary team of experts from across Canada that includes neurologists, MRI scientists, computing scientists, neuropathologists and a biostatistician. Since then, the CALSNIC team has been working together on a national scale to develop advanced MRI methods to find biomarkers in people with ALS and related conditions.

Dr. Kalra and three colleagues at the University of Alberta in Edmonton conducted a preliminary study in 2014-2015 to look for biomarkers in brain images using MRI scans of 19 people with ALS and 20 healthy participants for comparison. They analyzed the images with 3D texture analysis, an advanced method that allowed them to look for statistically significant patterns of brain degeneration not normally visible to the naked eye. They examined voxels, tiny 3D spaces in the brain about a cubic millimetre in size.

The researchers found different texture features in regions of the brain affected by ALS and frontotemporal dementia in people with ALS compared to people without ALS. They also discovered that some features were associated with clinical observations, such as disease duration and differences in finger tapping speed. The study was funded in part by an ALS Canada Discovery Grant.

Going Big: The First Large Imaging Study in the World

Based on encouraging research results in this preliminary study and other work, Dr. Kalra wants to confirm the findings in a larger group of people with ALS. “The ALS field has seen an explosion of imaging studies in the last five years, but for the most part, they have been single-centre studies that used different methods in small groups of patients, so it has been difficult to draw conclusions on the best method to use,” he said. “To develop and validate the use of MRI biomarkers , especially for their potential use in clinical trials, we need to confirm that our these methods will work well on a large scale, in every clinic.”

In 2015, Dr. Kalra and a team of 13 other investigators applied for a grant from ALS Canada and were successful. The resulting ALS Canada – Brain Canada Arthur J. Hudson Translational Team Grant of $2.94 million – the largest grant awarded in ALS Canada’s history – is funding the first large multicentre imaging study focused on ALS in the world, according to Dr. Kalra. The study seeks to enroll over 700 volunteers split between people with ALS and people without ALS for comparison in seven locations: Calgary, Edmonton, Vancouver, London, Toronto, Montreal and Quebec City. Some sites are currently recruiting and others will be up and running soon. Participants receive a baseline MRI and clinical evaluation followed by two follow-up visits.

Always thinking ahead, Dr. Kalra is already considering how to expand CALSNIC further to increase the value of the network. “Another purpose of setting up the CALSNIC infrastructure is that it allows us to probe other questions. I’m excited that it has spurred other ALS research and collaborations,” said Dr. Kalra, “such as at the University of Toronto where Dr. Yana Yunusova is studying speech changes in patients across the CALSNIC network and will be able to compare the findings with our imaging data. In the future, I would like to see CALSNIC build a comprehensive resource of tissue, imaging and clinical descriptions that all scientists can access to understand the disease better.”

2016 ALS Research Highlights

The research investments made in 2016 will fund 20 projects across the country, enabling 31 researchers at eight academic institutions to engage in important ALS research. These include:

  • With co-funding from Brain Canada (with financial support from Health Canada), two large-scale multi-year team initiatives – one of which is using stem cell technology to better understand and potentially treat ALS, while the other is studying in a new way the gene most commonly linked to ALS development.
  • $1.5 million awarded to early-career researchers through three different grant programs that invest in the future of ALS research by developing the next generation of scientists and enabling them to focus their work on ALS.
  • $700,000 to seven smaller studies, co-funded with Brain Canada (with financial support from Health Canada) that enable investigators to explore outside-of-the-box research.
  • The first recipients of the ALS Canada Clinical Management Grant. This program funds research focused on avenues to maximize function, minimize disability and optimize quality of life through symptom management and support to families and persons living with ALS. The funding allowed a group of researchers to explore the use of cannabinoids, substances that have demonstrated therapeutic effects including anti-inflammatory, analgesic, and anti-anxiety, for ALS symptom management.