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The Department of Biomedicine

BBB Seminar: Robert J. Harvey

    Dysfunction of inhibitory glycinergic synapses in startle disease

    Robert J. Harvey
    Department of Pharmacology, UCL School of Pharmacy, London, UK

    Defects in human glycinergic neurotransmission result in startle disease/hyperekplexia, characterised by noise- or touch-induced neonatal seizures, resulting in muscle stiffness and neonatal apnoea episodes. I will summarise the evidence that defective glycinergic transmission is the primary cause of startle disease, revealing new pathomechanisms affecting inhibitory glycine receptors and transporters. I will also provide an update on the use of zebrafish genetics, proteomics and exome sequencing to uncover new causes of startle disease in individuals that do not have mutations in known genes.

    Chair: Maximiliano Suster , Neural Circuits and Behaviour Group, Uni Neuro, Uni Research AS