News & Comment

Filter By:

  • An elevation in the excitation/inhibition ratio in the medial prefrontal cortex leads to impairments in social behaviour and cognition in mice.

    • Darran Yates
    Research Highlight
  • Loss of delta-like homologue 1 (Dlk1) imprinting in the subventricular zone regulates postnatal neurogenesis.

    • Katherine Whalley
    Research Highlight
  • A multisynaptic pathway from the hippocampal CA3 via the lateral septum to the ventral tegmental area links spatial context to reward.

    • Leonie Welberg
    Research Highlight
  • Schema-dependent memory formation involves parallel encoding in the hippocampus and in the neocortex.

    • Darran Yates
    Research Highlight
  • Social stress processing in healthy individuals is affected by city living and an urban upbringing

    • Darran Yates
    Research Highlight
  • Rare copy number variations explain a relatively large proportion of sporadic cases of autism spectrum disorders.

    • Leonie Welberg
    Research Highlight
  • Immune factors mediate the effect of circadian disruption on depression-like behaviour

    • Leonie Welberg
    Research Highlight
  • Loneliness increases aggressiveness, even in flies

    • Sian Lewis
    Research Highlight
  • Adult hippocampal neural stem cells can give rise to persisting populations of stem cells and neurons, with cell fate being affected by an animal's experiences.

    • Darran Yates
    Research Highlight
  • Flies use visual cues to guide their navigation and require neurons in the ellipsoid body to do so.

    • Monica Hoyos Flight
    Research Highlight
  • Calcium signalling mediates circadian regulation of extracellular ATP accumulation by astrocytes.

    • Katherine Whalley
    Research Highlight
  • Odorants that cause prolonged activation of CO2-sensing neurons in mosquitoes interfere with their host-seeking behaviour, and might lead to the development of a new class of insect repellents.

    • Monica Hoyos Flight
    Research Highlight
  • Blocking interactions between CRMP2 and the calcium channel CaV2.2 suppresses imflammatory and neuropathic pain.

    • Katherine Whalley
    Research Highlight