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UK Team Uses Infrared Blood Test to Spot a Single Lung Cancer Cell

The peer-reviewed proof-of-concept signals a cheaper, lab‑friendly route to real‑time cancer monitoring, pending larger validation.

Overview

  • Researchers from UHNM, Keele and Loughborough report in Applied Spectroscopy that FT‑IR microspectroscopy detected a single circulating tumour cell in a patient sample.
  • The method reads a cell’s infrared chemical fingerprint via computer analysis, distinguishing cancer cells from blood cells without complex labelling.
  • A blood sample from a 77‑year‑old lung cancer patient yielded one confirmed tumour cell among thousands of normal cells, with independent specialist verification.
  • Using standard glass slides and widely available FT‑IR equipment, the approach is presented as simpler and potentially more affordable than many current CTC tests.
  • The team plans larger cohort studies and workflow automation with an eye to NHS pathway integration, and is seeking clinical, industry and data‑science collaborators.