Page 381 - Vibrational Spectroscopic Imaging for Biomedical Applications
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Index    355


        ILC, 173                      Lin, Mercedes, 342
        Imaging-PAM fluorometer, 44   Line mapping, 158–159, 273–275
        Immunohistochemical analysis, 71  Linear array detector, 38
        In vivo confocal Raman        Linear discriminant analysis (LDA),
            microspectroscopy, 282        184–186
        In vivo kinetics of pathological   Lipofuscin fluorescence imaging, 211,
            mineralization, 55            214, 215
        Independent component analysis   Liquid crystal tunable filter (LCTF),
            (ICA), 278                    159–160
        Infrared evanescent imaging. See  Liquid-crystal tunable filter (LCTF),
            Evanescent wave imaging       271, 273, 275
        Inkless fingerprinting technologies, 117  LNCap-FGC, 81
        Instrument response, 166, 167  Loading history, 314
        Instrument response correction, 166–167  Logistic regression, 184
        Integrated point spread function, 111  Low-contrast interface, 112
        Invasive ductal carcinoma (IDC), 173  Low-e microscope slides, 60
        Invasive lobular carcinoma (ILC), 173  Low-E slides, 112
        IRENI, 29, 31–36              LS fitting, 278
          beamline design and         LSA, 184
             implementation, 32–35    Lung fibroblast cells, 242–245
          initial flow cell measurements, 47–48  Lungs, 239–241
          initial measurements, 35–36
        IRENI beam line with a focal plane   M M
            array, 38
        Isenor, M., 152               Macro ATR imaging, 117–118
                                      Macula lutea, 194
                                      Macular pigment (MP), 196–215
              J J                       human subjects, 211–215
                                        measurements, 199–204
        J3 criterion, 175               methodology/validation
        Jablonsky diagram, 268             experiments, 205–211
        Jilkine, K., 152                optical properties of carotenoids,
        Julian, Robert, 151                196–199
                                        proof of principle studies, 200
                                      Magnetic resonance imaging (MRI), 133
              K K                     Mahalanobis distance (MD), 174–177,
        K-means cluster analysis (KCA),   181
            183–184, 228, 233         Malaria, 245–248
        Kaminskyj, Susan G. W., 125   Mapping experiments, 158
        KCA, 183–184                  Marcott, Curtis, 105
        Kidney biopsy, 114, 115       Materials. See Biomaterials
        Kidney disease, 111           Materials and methods, 10–25
        Kim, Hyunmin, 342             Matrigel, 84–86
        Klarite substrate, 148        Mattson, Eric, 29
        Krafft, Christoph, 225        Maximum entropy method (MEM),
        Krishnamachari, Vishnu, 342       329
                                      MCR, 183, 278
                                      MCT detector, 105
              L L                     MD, 174–177, 181
        Laminin, 83                   MD classifier, 181
        Laser, 269–270                Medical applications. See Raman
        LCTF, 159–160, 271, 273, 275      microscopy for biomedical
        LDA, 184–186                      applications
        Least squares (LS), 169, 278  MEM, 329
        Least-squares analysis (LSA), 184  Meninges, 231
        Leave-one-out testing, 251    Meningioma, 231–233
        Liao, C. L., 152              Mercury cadmium telluride (MCT)
        Light absorption, 333             detector, 105
        Light scattering, 333         Methylene bridge, 67
        Lim, Ryan, 342                Microscope, 270
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