Page 382 - Vibrational Spectroscopic Imaging for Biomedical Applications

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Mid-IR and vis measurements, 42–44 Optical biopsy, 228
Mildew, 127 Optical path length, 115, 116
Miller, Lisa, 151 Optical properties of carotenoids,
Milwaukee shoulder syndrome, 49 196–199
MirrIR slide, 60, 83 Optimal cutting temperature (OCT),
Models for spectral recognition and 63
analysis of class data, 11 Osmium tetroxide (OsO ), 73–77
4
Modified Bayesian classification, 8
Mold, 127 P P
Molecular Diffraction of Light (Raman), 267
Molecular imaging, 159 PAM fluorescence measurements,
Mongolism, 121 44–47
Morphological modeling, 182–183 PAM fluorescence microscope, 44
Mouse brains, 228–231, 288, 289 Panza, Janice, 157
MP. See Macular pigment (MP) Paraffin embedding, 61
MRI, 133 Paraffin removal, 68–71
MTT assay, 80 Paraformaldehyde (PF), 76
Muehleman, Carol, 54 Partial least squares (PLS), 185, 278
Multiscale neighborhood polling, 21 Partitioning methods, 277
Multivariate curve resolution (MCR), Path length, 115
183, 278 Pathological mineralization, 55
Multivariate spectral data analysis Patient cancer segmentation, 21–25
techniques, 276 PBS, 64–67
Murein, 259 PC, 171
Murray, Stephen, 94 PC-3 cells, 81
Mycorrhizal fungus, 128 PC score plot, 172–174, 176
PCA, 171–173, 181–184, 185, 186, 276
PCA-LDA classification approach, 186
N N PCA score plot, 172–174, 176
Nanodot, 143 Penetration depth, 101, 109, 118, 304, 305
Nasse, Michael J., 29 Peptidoglycan, 259
Near field Raman illumination mode, Perkin Elmer ATR imaging accessory,
119 108
Near infrared (NIR) excitation, 269 Perkin Elmer i-series microscope, 104
Near-infrared Raman spectroscopy, Perkin Elmer Spotlight 300, 110
182, 185, 186 Pezzotti, Giuseppe, 299
Near-IR (NIR) light, 3 PF, 76
Neonatology, 220, 222 PF-OsO -CPD, 77
4
Neugebauer, Ute, 225 Phagocytes, 280
Nikolaenko, Alex, 342 Phase retrieval algorithms, 329
NIR excitation, 269 Phosphate-buffered saline (PBS), 64–67
NIR light, 3 Photobleaching, 164, 165
NIR Raman spectroscopy, 182, 185, 186 Photodamaging, 328
Nonmydriatic lipofuscin fluorescence Phytoplankton adaptation, 55
imaging, 211, 214, 215 Piercey-Nomore, M. D., 152
Normal TMA cores, 22–24 Piezo-spectroscopic (PS) effect, 301,
Normalization, 170 303, 307
Nujol, 101, 114, 115 Pixel resolution, 110
Nutritional supplement industry, PLS, 185, 278
220, 222 Point and line scanning, 180
Point mapping, 158, 183, 273, 274
Point spread function (PSF), 110, 111
O O Polarizability theory, 137
OC, 172, 173, 175, 181 Polarization information, 291
OCT, 63 Polycrystalline materials, 308
Off-axis imaging, 109 Polynomial fitting, 168, 169
On-axis imaging, 109 Popp, Jürgen, 225
Oncocytoma (OC), 172, 173, 175, 181 Potassium bromide, 112
Ophthalmology. See Macular pigment Potma, Eric Olaf, 319
(MP) Pounder, F. Nell, 1