Archive

  • Visit JGI.DOE.GOV
All JGI Features

May 14, 2021

NanoSIMS – by Christina Ramon, Jeremy Bougoure and Marco Keiluweit

Bacteria in a thin sectioned and freeze-dried soil aggregate light up using an isotope-based imaging technology called NanoSIMS. The microbes appear to have ingested glucose labelled with carbon 13, indicating they’ve been recently active. (Christina Ramon (left), Jeremy Bougoure & Marco Keiluweit (right))

Bacteria in a thin sectioned and freeze-dried soil aggregate light up using an isotope-based imaging technology called NanoSIMS. The microbes appear to have ingested glucose labelled with carbon 13, indicating they’ve been recently active. (Christina Ramon (left), Jeremy Bougoure & Marco Keiluweit (right))

More from the JGI archives:

  • Software Tools
  • Science Highlights
  • News Releases
  • Blog
  • User Proposals
  • 2018-24 Strategic Plan
  • Progress Reports
  • Historical Primers
  • Legacy Projects
  • Past Events
  • JGI.DOE.GOV
  • Disclaimer
  • Accessibility / Section 508
Lawrence Berkeley National Lab Biosciences Area
A project of the US Department of Energy, Office of Science

JGI is a DOE Office of Science User Facility managed by Lawrence Berkeley National Laboratory

© 1997-2025 The Regents of the University of California