Page 378 - Vibrational Spectroscopic Imaging for Biomedical Applications
P. 378

352    Inde x


        Bhargava, R., 1               Chapter authors (Cont.):
        Biomaterials                    Gough, Kathleen M., 125
          artificial hip joint, 312–315  Gulley-Stahl, Heather, 99
          micromechanics, 309–312       Hirschmugl, Carol J., 29
          PS behavior, 307–309          Kaminskyj, Susan G. W., 125
          spectral features, 305–307    Krafft, Christoph, 225
          stress patterns, 309–315      Mattson, Eric, 29
        Biomechanistic studies, 78–80   Nasse, Michael J., 29
        Biomedical applications. See Raman   Neugebauer, Ute, 225
            microscopy for biomedical   Panza, Janice, 157
            applications                Pezzotti, Giuseppe, 299
        Biophotonic methods, 226        Popp, Jürgen, 225
        BioPhotonic Scanner, 220        Potma, Eric Olaf, 319
        Biotrophic fungus, 128          Pounder, F. Nell, 1
        Bloembergen, Nicolas, 319       Puppels, Gerwin J., 265
        Bone, 161, 288–289, 291         Ratti, Simona, 29
        BPS, 239–241                    Rosenthal, Ann, 29
        Brain tumors, 228–236           Sharifzadeh, Mohsen, 193
        Breast cancer tissue, 337–339   Sholkina, Mariya, 265
        Brightfield reflectance,        Sommer, Andre’ J., 99
            177, 178                    Stewart, Shona, 157
        Bronchopulmonary sequestration   Charge-coupled-device (CCD)
            (BPS), 239–241                detector, 271–272
        Brushite, 52                  Chemical fixation, 60, 61, 71–78
        Bulk tissue analysis, 64      Chemical imaging, 159
                                      Chemical vapor deposition (CVD)
                                          techniques, 39
              C C                     Chemically fixed tissue, 66–68
        Calcium-containing crystals in arthritic   Chemometrics, 170–186
            cartilage, 48–55          Chevron-type filter, 271
        Cancer pixel segmentation, 18–21  Cholesterol ester, 233, 234
        Cancer research, 285, 286. See also  Chromophobe renal cell carcinoma
            Raman microscopy for biomedical   (ChRCC), 172, 173, 175, 181
            applications              Citroclear, 69
        Cancerous TMA cores, 22–24    Classical least squares (CLS), 184
        Carotenoid, 196               Classification accuracy, 10
        Carotenoid RRS detection. See Raman   Classification protocol optimization,
            detection of carotenoids in human   12–14
            tissue                    Classification techniques, 277–278
        CARS. See Coherent anti-Stokes   CLS, 184
            Raman spectroscopy (CARS)  Cluster algorithms, 277
        CCAM, 239–241                 Cluster analysis, 228–229, 277, 293
        CCD, 271–272                  Coherent anti-Stokes Raman
        Cell preparation, 71–92           spectroscopy (CARS), 319–347
        Cell stress, 243, 245           advantages, 321
        Cells. See Raman imaging of cells  atherosclerotic lesions, 340–341
        CH-stretch region, 134          basic principles, 324–326
        Chapter authors                 biomedical imaging, 337–341
          Bakker Schut, Tom C., 265     breast cancer tissue, 337–339
          Bernstein, Paul S., 193       CARS chemical selectivity,
          Bhargava, R., 1                  328–329
          Drauch, Amy, 157              CARS sensitivity, 330–331
          Ermakov, Igor V., 193         femtosecond CARS, 321
          Evan, Andrew P., 99           first generation CARS microscopes,
          Gardner, Peter, 59               322–323
          Gazi, Ehsan, 59               FM-CARS, 330–331
          Gellermann, Werner, 193       future directions, 342
          Giordano, Mario, 29           historical overview, 319–324
          Gohr, Claudia, 29             multimodal microscope, 332–333
   373   374   375   376   377   378   379   380   381   382   383