University of Calgary:​

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• Developmental Neuroimaging Lab, Dr. Catherine Lebel

  • The Lebel Lab specializes in pediatric neuroimaging, using MRI techniques such as DTI, QSM, and rsfMRI to study brain structure, function, and plasticity in children. Their research focuses on brain maturation and neurodevelopmental disorders like FASD and ASD, aiming to improve treatment and intervention strategies for children with learning and behavioral challenges.​

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• Bray Neuroimaging Lab, Dr. Signe Bray

  • The Bray Lab investigates brain development and its impact on cognitive functions. Utilizing MRI, their research focuses on understanding how the brain changes as children mature and how these changes relate to behavior at different life stages.​​

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• ​Federico Epilepsy Neuroimaging, Dr. Paolo Federico

  • ​The Federico Lab focuses on enhancing epilepsy surgery outcomes by developing advanced neuroimaging techniques to better identify seizure-generating brain tissue. Using EEG, fMRI, and other imaging methods, their research aims to improve treatment for patients with drug-resistant epilepsy.​

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• ​​​Harris Imaging Lab, ​Dr. Ashley Harris

  • The Harris Imaging Lab is a research group studying brain development, aging, and dysfunction using advanced imaging techniques. Their work utilizes MR spectroscopy, functional MRI, anatomical imaging, tactile testing, and EEG to investigate neurochemistry and brain function in children and adults.​

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• ​Carlson Imaging, Dr. Helen Carlson

  • ​The lab specializes in multimodal MR and NIRS imaging to study pediatric brain development and recovery. As part of the Calgary Pediatric Stroke Program, the lab focuses on neuroimaging research in childhood and perinatal stroke, neuroplasticity, and non-invasive brain stimulation (tDCS, TMS) to enhance rehabilitation outcomes.​

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• Pediatric Anesthesia, Imaging, and Neurodevelopmental Science (PAINS) Lab, Dr. Jillian Vinall Miller

  • The PAINS lab ​employs advanced neuroimaging techniques to investigate the effects of pain and anesthesia on the developing brain. Their research focuses on understanding how acute pain can transition to chronic pain in youth, aiming to develop targeted interventions for improved long-term outcomes.​

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• Dunn Lab, Dr. Jeff Dunn

  • The Dunn Lab ​involves high field MRI and optical technologies (NIRS) for use in animal and human studies. We do work in brain and neuroscience, but also perform musculoskeletal imaging​