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Applications of SERS Spectroscopy for Blood Analysis
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Over the last decade, there is a surge on researchers utilizing Surface Enhanced Raman Scattering (SERS) spectroscopy for blood analysis for various biomedical applications. This chapter starts with a brief review of SERS substrates and Raman instrumentation for SERS detection. Then four types of SERS based blood analysis methodologies are discussed with application examples including (1) label-free SERS methods for detection of intrinsic ingredients and exogenous substances in blood, sera, and plasma; (2) detection of circulating tumor cells in blood by SERS tags for cancer diagnosis; (3) labeling-free SERS analyses of human serum and plasma for disease diagnoses; and (4) combining membrane electrophoresis for serum protein separation with SERS analysis for cancer detection. At the end, we present a new technology based on electroporation for nanoparticle delivery into blood cells for intracellular SERS analysis.
Title: Applications of SERS Spectroscopy for Blood Analysis
Description:
Over the last decade, there is a surge on researchers utilizing Surface Enhanced Raman Scattering (SERS) spectroscopy for blood analysis for various biomedical applications.
This chapter starts with a brief review of SERS substrates and Raman instrumentation for SERS detection.
Then four types of SERS based blood analysis methodologies are discussed with application examples including (1) label-free SERS methods for detection of intrinsic ingredients and exogenous substances in blood, sera, and plasma; (2) detection of circulating tumor cells in blood by SERS tags for cancer diagnosis; (3) labeling-free SERS analyses of human serum and plasma for disease diagnoses; and (4) combining membrane electrophoresis for serum protein separation with SERS analysis for cancer detection.
At the end, we present a new technology based on electroporation for nanoparticle delivery into blood cells for intracellular SERS analysis.
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