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Learn from other neuroscientists’ perspectives and personal stories in interviews with experts, advice articles, how-to guides, and more featuring scientists from all levels working across the field.
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  • A poster presenter explaining his research to an annual meeting attendee
    Scientific Research
    How SfN's Founding Hopes Still Fuel Goals for the Next 50 Years
    Sep 16, 2020
  • A woman intently reads a book in a crowd.
    Career Paths
    Conveying the Excitement of Scientific Discovery Through Fiction
    Sep 15, 2020
  • Sebnum Tuncdemir accepts the Nemko Prize in Cellular or Molecular Neuroscience.
    Professional Development
    A Postdoc Reflects Back on the Ups and Downs of Her Thesis Research
    Sep 10, 2020
  • Map of "the smell network."
    Scientific Research
    The Smell Network: The Brain’s Architecture for Human Olfaction
    Sep 03, 2020
  • Group of kids holding a brain at Bengaluru's Brain Museum
    Outreach
    Community Building and Brain Awareness in India
    Sep 02, 2020
  • This image shows superposed axonal reconstructions of the four interneuron populations found in mouse neocortical layer 1: canopy cells (orange), neurogliaform cells (green), a7 cells (purple), and VIP cells (blue).
    Professional Development
    Recognizing Team Science Contributions in Academic Hiring, Promotion, and Tenure
    Sep 01, 2020
  • Cover of the book "Magnificent Makers Two: Brain Trouble" with an image of two kids and an instructor observing a brain.
    Career Paths
    Four Ways Science Training Prepares Us as Writers
    Sep 01, 2020
  • Scientific Image
    Professional Development
    Neuroethics Meets Artificial Intelligence
    Aug 27, 2020
  • A woman, man, and toddler walking into a lab.
    Diversity
    My Story: Having a Family and Embracing the Joy of Being a Neuroscientist
    Aug 26, 2020
  • A group of midbrain neurons expressing acetylcholine (blue) are made to express another type of neurotransmitter, glutamate (green), using adeno-associated virus as a gene delivery platform. The neurons targeted by the virus also express a red fluorescent protein for identification and thus appear a light-yellow color (green plus red and blue).
    Outreach
    The Art of Experimental Design and Science Outreach
    Aug 19, 2020
  • Figure 1: Microbiome depletion alters how the brain responds to opioids. Microbiome intact animals in the intoxication state (left) exhibited increases in neuronal recruitment (green arrows) in the basolateral amygdala (BLA), while the central amygdala (CeA), periaqueductal gray (PAG), and locus coeruleus (LC) do not exhibit increases (blue dash) compared to control animals. During withdrawal, microbiome intact animals exhibit increased recruitment of the CeA and lateral habenula (LHB) compared to control animals. Microbiome depleted animals (right) exhibit a reduction of recruitment in the BLA, and increases in the CeA, PAG, and LC in the intoxication state compared to intact animals. Additionally, microbiome depleted animals in the withdrawal state exhibit a decrease in the CeA and an increase in recruitment in the Lateral Habenula (LHB) compared to intact animals.
    Scientific Research
    Depletion of the Microbiome Changes How the Brain Responds to Opioids
    Aug 13, 2020
  • Several people stand for a group photo.
    Diversity
    How Living with Cerebral Palsy Motivates My Research
    Aug 11, 2020
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