Raman spectroscopic analysis of oral cells in the high wavenumber region
LFCS Carvalho, F Bonnier, C Tellez… - … and molecular pathology, 2017 - Elsevier
Raman spectroscopy can provide a molecular-level signature of the biochemical
composition and structure of cells with submicrometer spatial resolution and could be useful
to monitor changes in composition for early stage and non-invasive cancer diagnosis, both
ex-vivo and in vivo. In particular, the fingerprint spectral region (400–1800 cm− 1) has been
shown to be very promising for optical biopsy purposes. However, limitations for
discrimination of dysplastic and inflammatory processes based on the fingerprint region …
composition and structure of cells with submicrometer spatial resolution and could be useful
to monitor changes in composition for early stage and non-invasive cancer diagnosis, both
ex-vivo and in vivo. In particular, the fingerprint spectral region (400–1800 cm− 1) has been
shown to be very promising for optical biopsy purposes. However, limitations for
discrimination of dysplastic and inflammatory processes based on the fingerprint region …
[PDF][PDF] RAMAN SPECTROSCOPIC ANALYSIS OF ORAL CELLS IN THE HIGH WAVENUMBER REGION
F Lyng, LF CARVALHO, F Bonnier, C TELLEZ… - 2017 - arrow.tudublin.ie
Raman spectroscopy can provide a molecular-level signature of the biochemical
composition and structure of cells with submicrometer spatial resolution and could be useful
to monitor changes in composition for early stage and noninvasive cancer diagnosis, both
ex-vivo and in vivo. In particular, the fingerprint spectral region (400–1,800 cm-1) has been
shown to be very promising for optical biopsy purposes. However, limitations for
discrimination of dysplastic and inflammatory processes based on the fingerprint region …
composition and structure of cells with submicrometer spatial resolution and could be useful
to monitor changes in composition for early stage and noninvasive cancer diagnosis, both
ex-vivo and in vivo. In particular, the fingerprint spectral region (400–1,800 cm-1) has been
shown to be very promising for optical biopsy purposes. However, limitations for
discrimination of dysplastic and inflammatory processes based on the fingerprint region …
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