Page 408 - Natural Antioxidants, Applications in Foods of Animal Origin
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Index                                                          387
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            High-molecular-weight (HMW) compo-
                                              Lipid oxidation in foods of animal origin
             nents, 12                        Lipid hydroperoxides (LOOH), 108–109
            High-pressure processing, 17–18,    impact, 3–4
             348–349                            basic mechanism
            High-spin iron (III) myoglobin, 24     enzymatic lipid oxidation, 8–9
            Hijika fusiformis, 123                 free radical oxidation, 5–7
            Horse mackerel (Trachurus trachurus),   photooxidation, 7–8
             327                                effect of intrinsic factors and processing
            HP-treated meat, 18                  parameters in
            Human olfactory receptors, 4           endogenous antioxidants, 11–12
            Hydrogen donating antioxidants (HDA),   high pressure processing, 17–18
             43–44                                 metal ions, 14–15
            Hydroperoxides, 4, 11, 15              muscle pH, 16
            Hydroxybenzoic acid derivatives, 63    particle size reduction and tumbling,
            Hydroxycinnamic acids (HCA), 302       17
            4-Hydroxynonenal (4-HNE), 27–28        sodium chloride, 15–16
                                                   species, muscle type, and fatty acid
                           I                       composition, 10–11
            Initiation of oxidation, 6             temperature, 13–14
            Insoluble dietary fiber (IDF), 301  interaction between products and
            Instant ramen, Japanese dried noodle   myoglobin, 27–28
             product, 53                        interrelationship between, myoglobin
            Iodine value (IV), 44                oxidation and, 20–21
            Iron-chelating antioxidants (ICA), 43–44  role of deoxymyoglobin, 22–23
            Irradiation, 347                       role of ferrylmyoglobin, 25–27
                                                   role of oxymyoglobin, 23–24
                           J                  Liposterine®, 104
            Japanese Spanish mackerel (Scomb-  Lipoxygenase (LOX), 5, 83
             eromorus niphonius), 11            LOX-catalyzed lipid oxidation, 8–9
            Juxtaposition of copper-protein complex,   Liquid chromatography-mass spectrom-
             265                                etry (LC-MS) spectra, 28
                                              Longissimus dorsi (glycolytic muscle),
                           K                    346
                                              Low-molecular-weight (LMW) compo-
            Kinnow or Tangerine (Citrus reticulata),
             106                                nents, 12
            Klason lignin (KL), 306           Low oxygen packaging, 53–54
                                              Low-salt meat emulsion model systems,
                           L                    123–124
                                              Lumichrome, 269
            Leafy green vegetables, 118–119   Lumiflavin, 269
            Lemon balm, 158                   Lutein, 67
            Lemon (Citrus limon cv Fino), 311  Lycopenes, 275
            Light induced oxidation, 8
            Lignans, 43–44                                   M
            Limonoids, 310
            Linoleate-to-heme ratios, 24–25   Mackerel (Scomber scombrus) fillet fat
            Linoleic acid, 47–48                fraction, 157
                                              Maillard products, 82
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