Advances of vibrational spectroscopic methods in phytomics and bioanalysis.
During the last couple of years great advances in vibrational spectroscopy including near-infrared (NIR), mid-infrared (MIR), attenuated total reflection (ATR) and imaging and also mapping techniques could be achieved. On the other hand spectral treatment features have improved dramatically allowing filtering out relevant information from spectral data much more efficiently and providing new insights into the biochemical composition. These advances offer new possible quality control strategies in phytomics and enable to get deeper insights into biochemical background in terms of medicinal relevant questions. It is the aim of the present article pointing out the technical and methodological advancements in the NIR and MIR field and to demonstrate the individual methods efficiency by discussing distinct selected applications.
['Huck|Christian W|CW|']
D006801:Humans D020902:Hypericum D009369:Neoplasms D010936:Plant Extracts D011786:Quality Control D013055:Spectrophotometry, Infrared D019265:Spectroscopy, Near-Infrared D014732:Vibration
Phytomics Bioanalysis NIR Attenuated total reflection Attenuated total reflection ATR Imaging CA CE CEC DR EPO FPA FT Focal Plane Array Fourier transform HDL LC LDL MCT MEIRS MIA MLR MVA Mercury Cadmium Telluride Near infrared spectroscopy OSC PCA PLSR TCM Traditional Chinese Medicine Vis attenuated total reflection capillary electrochromatography capillary electrophoresis cluster analysis diffuse reflection external parameter orthogonalization high-density lipoprotein liquid chromatography low-density lipoprotein material enhanced infrared spectroscopy multiple linear regression multivariate analysis multivariate image analysis near infrared spectroscopy orthogonal scatter correction partial least square regression principal component analysis visible