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Decoding the Spatial Architecture of Newborn Brain Injury
https://braincanada.ca/funded-grants/decoding-the-spatial-architecture-of-newborn-brain-injuryInfants born early (preterm) are at risk for brain injury and long term neurodevelopmental challenges, including delays in walking, language development, and school-aged cognitive performance. Project Overview Infants born early (preterm) are at risk for brain injury and long term...
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Deep brain stimulation to improve memory function
https://braincanada.ca/about/news-updates/deep-brain-stimulation-to-improve-memory-functionKari Hoffman speaking at the 2018 Brain Canada AGM. The project In 2014, Kari Hoffman and her team were awarded a team grant to investigate the use of deep brain stimulation (DBS) as a potential treatment method to improve the function of the memory circuits impaired in AD and TLE. The...
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Deep neural networks applied to interictal EEG to improve the diagnosis of epilepsy
https://braincanada.ca/funded-grants/deep-neural-networks-applied-to-interictal-eeg-to-improve-the-diagnosis-of-epilepsyEpilepsy is a debilitating disease affecting 1% of the world’s population. Project Overview Epilepsy is a debilitating disease affecting 1% of the world’s population. It is characterized by an enduring propensity to recurring seizures. One of the cornerstones of the diagnosis and management of...
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Deepening our understanding of G3BP1 and its paralog G3BP2 to facilitate accurate therapeutic development for ALS/FTD
https://braincanada.ca/funded-grants/deepening-our-understanding-of-g3bp1-and-its-paralog-g3bp2-to-facilitate-accurate-therapeutic-development-for-als-ftdWhile significant efforts have been made worldwide, the development of an effective therapy to significantly slow or halt ALS disease progression has remained elusive. Project Overview While significant efforts have been made worldwide, the development of an effective therapy to significantly slow...
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Defective protein translation: a causative pathway in ALS?
https://braincanada.ca/funded-grants/defective-protein-translation-a-causative-pathway-in-als-2Almost all amyotrophic lateral sclerosis (ALS) is accompanied by neuronal cytoplasmic aggregates of TAR DNA-binding protein-43 (TDP-43). Project Overview Almost all amyotrophic lateral sclerosis (ALS) is accompanied by neuronal cytoplasmic aggregates of TAR DNA-binding protein-43 (TDP-43). TDP-43...
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Defective protein translation: a causative pathway in ALS
https://braincanada.ca/funded-grants/defective-protein-translation-a-causative-pathway-in-alsAmyotrophic lateral sclerosis (ALS) is a nervous system disease that affects nerve cells (motor neurons) connecting muscle with the brain and spinal cord. Project Overview Amyotrophic lateral sclerosis (ALS) is a nervous system disease that affects nerve cells (motor neurons) connecting muscle with...
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Defining a cortical-subcortical circuit for impulse control in humans
https://braincanada.ca/funded-grants/defining-a-cortical-subcortical-circuit-for-impulse-control-in-humansAttention Deficit Hyperactivity Disorder (ADHD) is the most common brain-related condition in children leading to challenges with attention and impulse control. As a result, children often struggle to stay focused or stop themselves from acting impulsively. Project Overview Attention Deficit...
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Defining and targeting clonal hematopoiesis as a driver of glioblastoma growth
https://braincanada.ca/funded-grants/defining-and-targeting-clonal-hematopoiesis-as-a-driver-of-glioblastoma-growthWe discovered that approximately one fifth of people with the deadly brain tumour glioblastoma show age-related genetic changes in their blood cells called ‘clonal hematopoiesis’, or CHIP. Project Overview We discovered that approximately one fifth of people with the deadly brain tumour...
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Defining conserved functions of RNA binding proteins in stress-granule biogenesis
https://braincanada.ca/funded-grants/defining-conserved-functions-of-rna-binding-proteins-in-stress-granule-biogenesisRNA is a mobile form of genetic information that is made from our DNA and its complex regulation is extremely important to the proper functioning of our cells. Project Overview RNA is a mobile form of genetic information that is made from our DNA and its complex regulation is extremely important to...
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Defining the role of primary cilia in shaping astrocyte development and response to brain insults
https://braincanada.ca/funded-grants/defining-the-role-of-primary-cilia-in-shaping-astrocyte-development-and-response-to-brain-insultsAstrocytes are a major type of cells that react to brain activity, injuries and diseases to help support optimal brain functions. Project Overview Astrocytes are a major type of cells that react to brain activity, injuries and diseases to help support optimal brain functions. It is increasingly...