From the Journals

Nano-IR Spectroscopy Maps Molecules Inside Living Cells

A new approach using s-SNOM and synchrotron IR light captures nanoscale molecular vibrations in liquid environments

  • November 6, 2025

  • 2 min

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7 Key Takeaways

  • 1

    Nano-IR spectroscopy technique developed for imaging living cells.

  • 2

    Overcomes limitations of imaging hydrated systems.

  • 3

    Uses an ultra-thin silicon carbide membrane for imaging.

  • 4

    Enabled by the IRIS beamline at BESSY II synchrotron.

  • 5

    Allows detailed analysis of proteins, nucleic acids, and membrane lipids.

  • 6

    Spatial resolution achieved below 10 nm.

  • 7

    Potential applications in studying cancer and disease processes under native conditions.

Original Source(s)

Nano-IR Spectroscopy Maps Molecules Inside Living Cells

A new approach using s-SNOM and synchrotron IR light captures nanoscale molecular vibrations in liquid environments

  • November 6, 2025

  • 2 min

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