Ben Deverman

Broad Institute scientist whose lab engineered AAV capsids for brain-wide gene delivery, enabling the CHARM epigenetic editor and co-authoring the CHARM and base editing papers.

Key facts

  • Base editing extended lifespan by about 50 percent in mice infected with human prion protein and reduced brain PrP by up to 60 percent; led by Vallabh, Minikel and David Liu; AAV delivery built on Ben Deverman lab vector engineering; Liu approached the team in 2018.
  • Vallabh (Broad) and Weissman (MIT and Whitehead) built CHARM by replacing Cas9 with a zinc finger protein; AAV-delivered CHARM turned off the prion protein gene across mouse brains and was modified to turn itself off. Paper: Neumann EN, Bertozzi TM, ... Deverman BE, Minikel EV, Vallabh SM, Weissman JS (Science 2024).
  • His lab's brain-wide gene delivery work, published in Science on 17 May 2024, was described as bringing CHARM closer to clinical trials.
  • He is a co-author of the CHARM paper in Science (28 June 2024) with Weissman, Vallabh and Minikel.
  • He is listed among the authors of the 2025 Nature Medicine base editing paper led by David Liu with Vallabh and Minikel.
  • CHARM delivery uses AAV carrying a compact zinc finger epigenetic editor to silence the prion gene across the mouse brain.
  • Engineered vectors are the main translation gap because a capsid that works in human brain at tolerable doses is still needed.

Timeline

  1. 2024Delivery vector paper published.
  2. 2024CHARM paper published.
  3. 2025Base editing paper online.

Institutions

Projects and trials

Works with

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Last checked 16 October 2026

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