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Enhance your research techniques through virtual conferences and training series on emerging trends and technologies, and develop your own training program through curriculum and hiring best practices.
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Expanding Accessibility in Neuroscience Through Speech-to-Text Technologies
Can ChatGPT Revolutionize Neuroscience Education
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Can ChatGPT Revolutionize Neuroscience Education?
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  • Human Pluripotent Stem Cells for the Study of Enteric Nervous System Development and Disease
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    Using Organoids to Model Brain Development and Evolution
  • Scientific Image
    Multiphoton Optogenetic Silencing of Groups of Neurons In Vivo
  • Scientific Image
    Sympathetic Optogenetics for Neuroimmunity
  • All-Optical Electrophysiology of Cortical Layer 1 Neurons
  • Scientific Image
    Near-Infrared Upconversion Optogenetics
  • Scientific Image
    Optogenetic Dissection of Brain Circuits Causing Levodopa-Induced Dyskinesia
  • Optogenetics: A Look Forward and a Look Back
  • This confocal image shows a fluorescently labeled mouse vomeronasal organ at embryonic day 13.5. The developing vomeronasal organ is composed of two distinct neuronal types that can be distinguished based on the expression of the specific transcription factors AP-2ε(cyan) and Meis2 (magenta).
    The Local Epileptor: Part 1
  • This image shows neurite outgrowth by cultured mouse neurons 16 hours after a scrape wound was made with a pipette tip. Neurite outgrowth is enhanced by soluble SORLA.
    The Local Epileptor: Part 2
  • Cortex glia in the Drosophila larval nerve cord expressing GFP form a network surrounding neuronal cell bodies. Neuronal nuclei are stained orange and glial nuclei are stained blue.
    The Virtual Epileptic Patient: Part 2
  • This image shows expression levels of protein kinase Cγ (PKCγ, green) in cerebellar Purkinje cells (labeled with the GABA-synthesizing protein GAD67, red) in a postnatal day 60 mouse. 3-Phosphoinositide-dependent protein kinase-1 is required to maintain PKCγ expression and dendritic arbors in Purkinje cells.
    The Virtual Epileptic Patient: Part 1
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