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Azrieli Accelerator Impact

The Azrieli Accelerator supports innovative research and strengthens unique collaborations to advance understanding in neurodevelopment and support individuals affected by neurodevelopmental conditions.


Azrieli Accelerator Professorship Program

As part of the Azrieli Accelerator'sÌýmission to advance transdisciplinary research in neurodevelopment across the lifespan, the Professorship Program supports new faculty positions across Áù¾ÅÉ«Ìà campus to attract experts exploring neurodevelopment from diverse disciplinary perspectives.Ìý

Tamara Bodnar headshot

Dr. Tamara Bodnar, PhD

Azrieli Accelerator Assistant Professor in Transdisciplinary Neurodevelopment Research, Department of Biological Sciences, Faculty of ScienceÌý

studies Fetal Alcohol Spectrum Disorder (FASD) using a translational approach that includes pre-clinical animal models and clinical research. Her work examines the impact of prenatal alcohol exposure on the gut-brain-immune system across the lifespan, and parallel outcomes in children and adults with FASD. Dr. Bodnar is an Indigenous scholar and has ongoing partnerships with Indigenous communities with the goal of re-framing conversations and education around alcohol-use and FASD, as well as decreasing stigma. about Dr. Bodnar's work. Ìý

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Dr. Stephanie Chipeur, JD

Azrieli Accelerator Assistant Professor in Law & Disability Policy, Faculty of Law and School of Public PolicyÌý

studies human rights and disability policy with the aim of reforming program design and compensation amounts for caregivers. Her research centres around understanding case law and advancing comparative policy analysis related to caregivers of youth with disability. Read more about Dr. Chipeur's work.Ìý

headshot of Eli Kinney-Lang

Dr. Eli Kinney-Lang, PhD

Azrieli Accelerator Assistant Professor in Inclusive Biomedical Engineering Technologies for Neurodevelopment, Department of Biomedical Engineering, Schulich School of EngineeringÌý

Dr. Eli Kinney-Lang has been investigating the intersection between neurotechnology and neurodevelopment for the better part of the last decade. HisÌýprimary interest is looking at how to improve brain-computer interfaces (BCIs) for children living with complex needs, particularly through a lens of inclusive engineering and game development. As Azrieli Accelerator Assistant Professor, Co-Director of BCI4Kids, and CEO and Founder of BCI Games, Dr. Kinney-Lang is expanding the impact and reach of BCI systems for children.Ìý

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Dr. Laura St. John, PhD

Azrieli Accelerator Assistant Professor in Exercise and Health Research for Neurodiverse Women & Girls, Faculty of KinesiologyÌý

is an AuDHD self-advocate who studies physical literacy for neurodiverse populations. Her research focuses on people with intellectual disability, developmental disability, autism, and ADHD, studying how health outcomes (i.e., anxiety, sleep, motivation) as well as sexual and reproductive health can be improved through greater physical literacy skills in neurodiverse young women. Read more about Dr. St. John's work.Ìý

Ami Tint headshot

Dr. Ami Tint, PhD

Azrieli Accelerator Assistant Professor in Neurodiversity & Intersectionality, Department of Psychology, Faculty of ArtsÌý

Dr. Ami Tint uses multiple methods to understand how to improve supports and services for people with neurodevelopmental conditions, with a particular focus on the mental health needs of Autistic girls and women. She studies program development and evaluation with the aim of improving equitable access to care for neurodivergent people. Dr. Tint strives to achieve meaningful community partnerships and engages in coproduced research to inform clinical practice.Ìý


Azrieli Accelerator Catalyst Grants

Catalyst Grants support research teams that are unlocking discoveries and supporting children and adults with autism, ADHD and other neurodevelopmental conditions. Representing basic science, clinical research and social and population health, each project brings a diverse range of expertise to understanding neurodevelopment and neurodevelopmental conditions across the lifespan.Ìý

The 2024 Catalyst Grant recipients span the accelerator’s keystone areas: brain circuitry, microbiome influences, and supports, services and systems:Ìý

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Principal Investigator: Dr. Gerald Giesbrecht, PhD, Department of Pediatrics, Cumming School of Medicine.Ìý
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Investigating the early life gut microbiome of children at risk for autism

This project aims to identify gut microbes or metabolic pathways that are differentially abundant in children at risk for autism.Ìý

Co-applicants: Dr. Sarah MacEachern, Dr. Catherine Lebel, Dr. Marcel van de Wouw, Dr. Lianne Tomfohr-Madsen, Dr. Marie-Claire Arrieta, Dr. Leila Rezaei.Ìý

photo montage of research team

Principal Investigator: Dr. Alan Martino, PhD, Department of Community Health Services, Cumming School of Medicine.Ìý
Research team: Jordan Parks, Rufi Oswaldo, Thomas Tri, Hannah Maleski, Lyndon Parakin.Ìý

Autistic Voices, Inclusive Choices: Shaping the Future of Sexual Health Education

By exploring and enhancing sexual health education for Autistic adults through workshops and interviews, this research aims to dismantle stereotypes, embrace unique perspectives and create more inclusive, impactful educational materials.

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Principal Investigator: Dr. Diwaker Krishnamurthy, PhD, PEng, Department of Electrical and Software Engineering, Schulich School of Engineering.Ìý

Co-applicant: Dr. Mea WangÌý

Collaborator: Dr. Vikram K. Jaswal

AI-driven augmented reality agents to support communication for nonspeaking Autistic people

About 30 per cent of Autistic people are nonverbal. This project explores AI-driven augmented reality tools that allow people to complete spelling exercises independently.Ìý

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Principal Investigators: Julia Kirkham, MD, Associate Professor, Department of Psychiatry, Cumming School of Medicine; Dallas Seitz, MD, PhD, Professor, Department of Psychiatry, Cumming School of Medicine.Ìý

Neurodevelopmental disorders and aging in Alberta

This project brings together researchers and partners focused on improving care for people with neurodevelopmental disorders as they age.Ìý

Co-investigators: Dr. Lilian Thorpe, Dr. Rebecca Barry, Dr. Vivian Ewa, Dr. Jeremy Quickfall MD, Dr. Howie Wu MD

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Principle investigator: Dr. Kara Murias MD, PhD, Department of Pediatrics, Cumming School of Medicine.

Co-investigators: Dr. Ashley Harris, Dr. Alex McGirr, Dr. Signe Bray.Ìý

Research team: Dr. Marilena DeMayo, Ryan Verbitsky

Investigation of dopamine in ADHD using Neuromelanin sensitive MRI

Using a new neuroimaging technique, neuromelanin MRI, this project aims to understand how dopamine production in the brain stem relates to brain networks and executive function in children to better understand the effects of ADHD medications.

montage of research team

Principal Investigator: Dr. Markus Geuking, PhD, Department of Microbiology, Immunology and Infectious Diseases, Cumming School of Medicine.Ìý

Research team: Dr. Henry H. Nguyen, Dr. Shokouh Ahmadi.Ìý

The impact of viral maternal immune activation-induced changes in microbiota composition, metabolite profile, and intestinal permeability on neurodevelopment in offspring

This project investigates how changes that happen in intestinal permeability during viral infection can impact neurodevelopment of the fetus.ÌýÌý

Marie Arrieta's research team gathered

Collaborations across UCalgary exploring neurodevelopment

First recipients of Azrieli Accelerator Catalyst Grants leverage expertise and partnerships to advance important research.Ìý

Read the story


One Child Every Child Strategic Catalyst Grants

The One Child Every Child Strategic Catalyst Grants foster interdisciplinary collaborations across (OCEC) institutional and community partnerships to advance child-health focused research projects. The Azrieli Accelerator partnered with One Child Every Child to award funding to these research teams in 2024:

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Principal Investigators: Dr. Jiami Guo, PhD, Assistant Professor, Department of Cell Biology and Anatomy, Cumming School of Medicine; Dr. Douglas Mahoney, PhD, Assistant Professor, Department of Microbiology, Immunology and Infectious Diseases, Cumming School of Medicine.Ìý

Primary cilia safeguard neuronal development and are vulnerable to environmental risks underlying ASD

Photo montage of research team

Principal Investigators: Dr. Tamara Bodnar, PhD, Azrieli Accelerator Assistant Professor, Department of Biological Sciences, Faculty of Science; Dr. Steven Vamosi, PhD, Department of Biological Sciences, Faculty of Science; Dr. Catherine Lebel, PhD, Associate Professor, Department of Radiology, Cumming School of Medicine; Dr. Carly McMorris, PhD, Associate Professor, School and Applied Psychology, Werklund School of Education.

Multigenerational perspectives on connections between the land, cultural practices, and child health

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Co-investigator: Dr. Marilyn Bennett, PhD, Associate Professor, Faculty of Social Work.Ìý