1,871 results found
  1. March 2015

    Episode 19: March 2015

    In this episode we hear about herpes, breweries, model organisms, social interactions in rats and traumatic brain injuries in flies.
  2. October 2013

    Episode 5: October 2013

    In this episode we hear about how chimpanzees use conceptual metaphors, hyperactive sperm, the use of bacteria to estimate the time of death, stem cells and smoking, and a new type of bacteria.
  3. February 2014

    Episode 9: February 2014

    In this episode we learn more about sleep, super Spy chaperones, swimming bacteria, orphan genes and the neuroscience of birdsong.
  4. February 2016

    Episode 27: February 2016

    In this episode we hear about midnight snacking, X-ray imaging of fossils, hummingbirds, monkeys gambling and axolotls regenerating.
  5. Picture of the bat Artibeus watsonii

    Episode 54: February 2019

    In this episode, we hear about colour vision in bats, frog vocal systems, ageing, problematic cell lines and how larger neurons could lead to a higher IQ.
  6. November 2013

    Episode 6: November 2013

    In this episode we hear about using electrons for protein crystallography, a receptor for carbon dioxide, arthritis, how the brain responds to a missing hand, and the best shape for whiskers.
  7. Episode 49: August 2018

    In this episode, we hear about the RNA world, bovine TB, lung fibrosis, and why rock pigeons have different wing patterns.
  8. Episode 46: March 2018

    In this episode, we hear about autism, insulin resistance, Sci-Hub, coping with low levels of oxygen, and how the brain responds to blindness.
  9. April 2014

    Episode 11: April 2014

    In this episode we hear about neuropathic pain, gene therapy, insulin production, aging in worms, and how flatworms grow new body parts.
    1. Developmental Biology

    Antagonistic regulation by insulin-like peptide and activin ensures the elaboration of appropriate dendritic field sizes of amacrine neurons

    Jiangnan Luo et al.
    Afferent-derived factors control the elaboration of appropriate and robust sizes of dendritic arbors by dynamically modulating dendritic growth parameters.

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