Skip to main content
Home
  • The Network
    • Membership
    • Who we are
    • Make the most of our services
    • Cambridge Cluster
    • Cambridge NeuroWorks
    • FAQ
  • Companies
    • Member directory
  • News
    • News listing
    • Blog
  • Events
    • All events
    • Cambridge Network events
    • Advertise your event
    • Boost your event
    • Sponsorship
  • Learning
    • Training courses
    • In-house courses
    • Coaching services
    • Graduate scheme
    • Consultancy services
    • Peer groups
    • Learning FAQ
  • Jobs
    • Jobs listing
    • Recruitment Packages
    • Advertise your vacancies
    • Connect with future talent
    • Boost your job
    • Tips for finding a job
More
    • Contact us
    • Join the network
    • Log in
    • The Network
      • Membership
      • Who we are
      • Make the most of our services
      • Cambridge Cluster
      • Cambridge NeuroWorks
      • FAQ
    • Companies
      • Member directory
    • News
      • News listing
      • Blog
    • Events
      • All events
      • Cambridge Network events
      • Advertise your event
      • Boost your event
      • Sponsorship
    • Learning
      • Training courses
      • In-house courses
      • Coaching services
      • Graduate scheme
      • Consultancy services
      • Peer groups
      • Learning FAQ
    • Jobs
      • Jobs listing
      • Recruitment Packages
      • Advertise your vacancies
      • Connect with future talent
      • Boost your job
      • Tips for finding a job

    Breadcrumb

    1. Home
    2. News
    3. Search results
    Displaying results 1 - 4 of 4 Clear search
    Department of Clinical Neurosciences
    An image of a human neuron, as seen under high resolution microscope, with pathologically perturbed ER. Image - Avezov Lab
    Healthcare and Life Science 01 Jul 2026

    Problems with cell’s ‘plumbing’ linked to signalling issues in neurodegenerative conditions

    New research led by Prof Edward Avezov (UK DRI at Cambridge) reveals how the architecture of the cell’s transport network, the endoplasmic reticulum, can go awry and lead to problems with signalling in brain cells in conditions like Alzheimer’s.

    Department of Clinical Neurosciences
    Diagram of the lab-grown brain-spinal cord model, image from Lakatos lab.
    Healthcare and Life Science, Science and Engineering 28 Jun 2026

    Lab-grown brain-spinal cord model shows ‘irreversible’ nerve damage may be reversed

    Cambridge scientists have grown miniature circuits in the lab that mimic how the brain and spinal cord connect up, which underlies our movements. They used this model to show how damage to these connections previously considered ‘irreversible’ could, in fact, be reversible.

    Department of Clinical Neurosciences
    logo
    Healthcare and Life Science, Science and Engineering 10 Jun 2026

    New Cambridge collaboration formed to deliver breakthrough drugs for neuroinflammation

    The ALBORADA Drug Discovery Institute at the University of Cambridge and Cambridge Enterprise have signed a major new partnership with the drug development company AndzonBio2.

    Department of Clinical Neurosciences
    logo
    Healthcare and Life Science, Science and Engineering 19 May 2026

    Cambridge University part of multi million pound partnership to revolutionise healthcare in the East

    Researchers at the University of Cambridge are championing a research partnership that will help transform the region’s health thanks to a multi‑million pound investment from the Medical Research Council (MRC).

    Receive our newsletter

    Footer menu

    • Terms & Conditions
    • Disclaimer
    • Privacy
    • Cookies
    • FAQ

    Cambridge Network Limited is a company registered in England under company No. 3400152

    The Hauser Forum, 3 Charles Babbage Road, Cambridge, CB3 0GT

    Email: [email protected], Tel: 01223 746801

    © 2026 Cambridge Network. All Rights Reserved.

    Website by KISS