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ETHNOBOTANY --- PLANT CELLS --- PLANT ANATOMY --- PLANT PHYSIOLOGY --- LIFE CYCLES --- PLANTS --- FOOD PLANTS --- PLANT GENETICS --- PLANT SYSTEMATICS --- ECONOMIC PLANTS --- CAFFEINE --- HERBS --- SPICES --- MEDICINAL PLANTS --- POISONOUS PLANTS --- FUNGI --- FUNGI --- FUNGI --- ERGOT --- EDIBLE FUNGI --- ANTIBIOTICS --- MYCOTOXINS --- HALLUCINOGENIC FUNGI --- MEDICAL MYCOLOGY --- FIBRE PLANTS --- WOOD --- PAPERS --- ALLERGENIC PLANTS --- MONOGRAPHS --- HUMAN NUTRITION --- ENVIRONMENT --- FERMENTED BEVERAGES --- FERMENTED FOOD --- ETHNOBOTANY --- PLANT CELLS --- PLANT ANATOMY --- PLANT PHYSIOLOGY --- LIFE CYCLES --- PLANTS --- FOOD PLANTS --- PLANT GENETICS --- PLANT SYSTEMATICS --- ECONOMIC PLANTS --- CAFFEINE --- HERBS --- SPICES --- MEDICINAL PLANTS --- POISONOUS PLANTS --- FUNGI --- FUNGI --- FUNGI --- ERGOT --- EDIBLE FUNGI --- ANTIBIOTICS --- MYCOTOXINS --- HALLUCINOGENIC FUNGI --- MEDICAL MYCOLOGY --- FIBRE PLANTS --- WOOD --- PAPERS --- ALLERGENIC PLANTS --- MONOGRAPHS --- HUMAN NUTRITION --- ENVIRONMENT --- FERMENTED BEVERAGES --- FERMENTED FOOD

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Fungal diseases of plants. --- Mycorrhizas. --- Phytopathogenic fungi --- Wood-decaying fungi. --- Biological control. --- Mycorrihizae --- Wood-decaying fungi --- Fungal diseases of plants --- Fungal plant diseases --- Fungous diseases of plants --- Plant mycoses --- Mycoses --- Plant diseases --- Plants --- Decay fungi, Wood --- Wood --- Wood decay fungi --- Wood-destroying fungi --- Wood fungi --- Wood-rotting fungi --- Fungi --- Trees --- Biological control --- Effect of mycotoxins on --- Diseases and pests --- Microbiology --- Deterioration --- Carcinogenesis. --- Ecology. --- FUNGI --- FOOD DETERIORATION --- MOLDS --- FEEDS --- DETERIORATION --- MUSHROOMS --- BIOTECHNOLOGY --- FERMENTED BEVERAGES --- FERMENTED FOOD --- CULTIVATION --- UTILIZATION --- Aflatoxin --- Biosynthesis --- Genetic information --- Mycotoxins --- Toxicity --- MEDICAL MYCOLOGY --- ENTOMOGENOUS FUNGI --- HUMANS --- PARASITIC FUNGI --- NEMATOPHAGOUS FUNGI --- WOOD DESTROYING FUNGI --- PESTICIDES --- BIODEGRADATION --- MATHEMATICAL MODELS --- MYCORRHIZAS

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Written by experts in the field of table olives, this book is a source of recent research advances on the characterization and processing of table olives. Research papers are provided relating to the characterization of their composition of volatiles and the sensory profile; mineral composition and bioavailability; changes in bioactive components (chlorophylls) by processing; and new strategies to reduce sodium and additives for stabilizing the organoleptic properties and avoiding defects in table olives. Other research papers are included in relation to microbiological and chemical changes in table olives during spontaneous or controlled fermentation employing different cultivars, and the optimized use of starter cultures for the improvement of the different fermentative processes. In addition, this book includes an overview of the main technologies used for olive fermentation, including the role of lactic acid bacteria and yeasts characterizing this process, and of the processing and storage effects on the nutritional and sensory properties of table olives.

Technology: general issues --- table olives --- starter cultures --- GC-MC analysis --- volatile composition --- bitterness --- consumer willingness to pay --- descriptive sensory analysis --- green-olive flavor --- “Manzanilla” cultivar --- pit hardening --- regulated deficit irrigation --- panel performance --- panelist --- black ripe table olives --- sensory descriptors --- sensory profile --- fermentation --- microbiological changes --- organoleptic --- physicochemical --- Clostridium --- logistic regression --- acid-adapted strains --- predictive models --- fermented vegetables --- undefined biodiverse starters --- autochtonous cultures --- lactic acid bacteria --- Lactobacillus pentosus --- Tonda di Cagliari --- table olive --- phenolic compounds --- oleuropein --- LAB --- yeasts --- fermented food --- probiotic table olives --- non-dairy probiotics --- sodium --- potassium --- calcium --- magnesium --- iron --- phosphorus --- darkened by oxidation olives --- Miller’s protocol --- Crews’ protocol --- post-digest re-extraction --- minerals --- sea salt --- PGI --- iodized salt --- functional food --- composition --- nutritional properties --- polyphenols --- sensory analysis --- chlorophyll --- pigments --- allomerization --- alkaline treatment --- phytyl-chlorin --- phytyl-rhodin --- Bella di Cerignola --- brines --- microbiological quality --- user-friendly spreadsheet --- producers --- bioaccessibility --- mineral nutrients --- pigment composition

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Written by experts in the field of table olives, this book is a source of recent research advances on the characterization and processing of table olives. Research papers are provided relating to the characterization of their composition of volatiles and the sensory profile; mineral composition and bioavailability; changes in bioactive components (chlorophylls) by processing; and new strategies to reduce sodium and additives for stabilizing the organoleptic properties and avoiding defects in table olives. Other research papers are included in relation to microbiological and chemical changes in table olives during spontaneous or controlled fermentation employing different cultivars, and the optimized use of starter cultures for the improvement of the different fermentative processes. In addition, this book includes an overview of the main technologies used for olive fermentation, including the role of lactic acid bacteria and yeasts characterizing this process, and of the processing and storage effects on the nutritional and sensory properties of table olives.

table olives --- starter cultures --- GC-MC analysis --- volatile composition --- bitterness --- consumer willingness to pay --- descriptive sensory analysis --- green-olive flavor --- “Manzanilla” cultivar --- pit hardening --- regulated deficit irrigation --- panel performance --- panelist --- black ripe table olives --- sensory descriptors --- sensory profile --- fermentation --- microbiological changes --- organoleptic --- physicochemical --- Clostridium --- logistic regression --- acid-adapted strains --- predictive models --- fermented vegetables --- undefined biodiverse starters --- autochtonous cultures --- lactic acid bacteria --- Lactobacillus pentosus --- Tonda di Cagliari --- table olive --- phenolic compounds --- oleuropein --- LAB --- yeasts --- fermented food --- probiotic table olives --- non-dairy probiotics --- sodium --- potassium --- calcium --- magnesium --- iron --- phosphorus --- darkened by oxidation olives --- Miller’s protocol --- Crews’ protocol --- post-digest re-extraction --- minerals --- sea salt --- PGI --- iodized salt --- functional food --- composition --- nutritional properties --- polyphenols --- sensory analysis --- chlorophyll --- pigments --- allomerization --- alkaline treatment --- phytyl-chlorin --- phytyl-rhodin --- Bella di Cerignola --- brines --- microbiological quality --- user-friendly spreadsheet --- producers --- bioaccessibility --- mineral nutrients --- pigment composition

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Written by experts in the field of table olives, this book is a source of recent research advances on the characterization and processing of table olives. Research papers are provided relating to the characterization of their composition of volatiles and the sensory profile; mineral composition and bioavailability; changes in bioactive components (chlorophylls) by processing; and new strategies to reduce sodium and additives for stabilizing the organoleptic properties and avoiding defects in table olives. Other research papers are included in relation to microbiological and chemical changes in table olives during spontaneous or controlled fermentation employing different cultivars, and the optimized use of starter cultures for the improvement of the different fermentative processes. In addition, this book includes an overview of the main technologies used for olive fermentation, including the role of lactic acid bacteria and yeasts characterizing this process, and of the processing and storage effects on the nutritional and sensory properties of table olives.

Technology: general issues --- table olives --- starter cultures --- GC-MC analysis --- volatile composition --- bitterness --- consumer willingness to pay --- descriptive sensory analysis --- green-olive flavor --- “Manzanilla” cultivar --- pit hardening --- regulated deficit irrigation --- panel performance --- panelist --- black ripe table olives --- sensory descriptors --- sensory profile --- fermentation --- microbiological changes --- organoleptic --- physicochemical --- Clostridium --- logistic regression --- acid-adapted strains --- predictive models --- fermented vegetables --- undefined biodiverse starters --- autochtonous cultures --- lactic acid bacteria --- Lactobacillus pentosus --- Tonda di Cagliari --- table olive --- phenolic compounds --- oleuropein --- LAB --- yeasts --- fermented food --- probiotic table olives --- non-dairy probiotics --- sodium --- potassium --- calcium --- magnesium --- iron --- phosphorus --- darkened by oxidation olives --- Miller’s protocol --- Crews’ protocol --- post-digest re-extraction --- minerals --- sea salt --- PGI --- iodized salt --- functional food --- composition --- nutritional properties --- polyphenols --- sensory analysis --- chlorophyll --- pigments --- allomerization --- alkaline treatment --- phytyl-chlorin --- phytyl-rhodin --- Bella di Cerignola --- brines --- microbiological quality --- user-friendly spreadsheet --- producers --- bioaccessibility --- mineral nutrients --- pigment composition --- table olives --- starter cultures --- GC-MC analysis --- volatile composition --- bitterness --- consumer willingness to pay --- descriptive sensory analysis --- green-olive flavor --- “Manzanilla” cultivar --- pit hardening --- regulated deficit irrigation --- panel performance --- panelist --- black ripe table olives --- sensory descriptors --- sensory profile --- fermentation --- microbiological changes --- organoleptic --- physicochemical --- Clostridium --- logistic regression --- acid-adapted strains --- predictive models --- fermented vegetables --- undefined biodiverse starters --- autochtonous cultures --- lactic acid bacteria --- Lactobacillus pentosus --- Tonda di Cagliari --- table olive --- phenolic compounds --- oleuropein --- LAB --- yeasts --- fermented food --- probiotic table olives --- non-dairy probiotics --- sodium --- potassium --- calcium --- magnesium --- iron --- phosphorus --- darkened by oxidation olives --- Miller’s protocol --- Crews’ protocol --- post-digest re-extraction --- minerals --- sea salt --- PGI --- iodized salt --- functional food --- composition --- nutritional properties --- polyphenols --- sensory analysis --- chlorophyll --- pigments --- allomerization --- alkaline treatment --- phytyl-chlorin --- phytyl-rhodin --- Bella di Cerignola --- brines --- microbiological quality --- user-friendly spreadsheet --- producers --- bioaccessibility --- mineral nutrients --- pigment composition