Advanced Dairy Chemistry, Volume 2
portes grátis
Advanced Dairy Chemistry, Volume 2
Lipids
O'Mahony, James A.; Fox, Patrick F.; McSweeney, Paul L. H.
Springer Nature Switzerland AG
12/2021
489
Mole
Inglês
9783030486884
15 a 20 dias
957
Descrição não disponível.
Composition and structure of milk lipids 1 AKH MacGibbon
Content and physical form of fat in milk, fatty acid profile, interspecies comparison, structure of milk lipids including interspecies comparison.
2
Origin of fatty acids and influence of nutritional factors on milk fat
Origins of fatty acids, biosynthesis of fatty acids and other milk lipids, variation in milk fat: yield and fatty acid composition
3
Conjugated linoleic acid: biosynthesis and nutritional significance
DE Bauman
Biosynthesis of CLA, levels in milk and dairy products, nutritional significance (analytical techniques?)
4
Intracellular origin of milk lipid globules; nature and structure of milk lipid globule membrane. Heterogeneity, molecular and biological properties of proteins
IH Mather
Intracellular origin and growth of lipid globules, intracellular transit of lipid globules, secretion of globules, composition and isolation of globule membrane, proteins and enzymes of membrane, molecular organization of membrane
5
Lipids in human milk
????
Concentration of lipids in human milk, changes during lactation, fatty acid profile, fat globule structure, creaming, fat globule membrane.
6
Physical chemistry of milk fat globules
AL Kelly
(To include thorough discussion on creaming; T Uniacke-Lowe).
Globule size distribution, compositional differences, fat crystals in globules, types of instability, interaction energy, cold agglutination, creaming, coalescence, partial coalescence, rebodying, disruption, changes in surface layers, "free fat", properties of modified fat globules, homogenisation clusters, rheological properties of milk.
7
Composition, applications, fractionation, technological and/or nutritional significance of milk fat globule material
M Corredig
8
Milk fat: chemical and physical modification, fractional crystallization, removal of cholesterol
MA Augustin
Rheological properties of milk fat (composition and melting behaviour, spredibility, seasonaility), viscoelastic nature, modification of rheological proerties.
9
Crystallization and rheological properties of milk fat spreads
AG Marangoni
Melting range, nucleation and growth, polymorphism, compound crystals, recrystallization, modification, crystal networks.
10
Role of milkfat in dairy products
AL Kelly to coordinate
Butter, spreads, creams, cheese, ice cream, powders, IMF, chocolate
11
Nutritional significance of milk lipids
Types of lipids in the body and their functions, types of lipids in foods, metabolism of lipids, roles of food lipids, dietary lipids in health and disease.
12
Physical characteristics of milk fat
OJ MacCarthy
Owen MacCarthy's chapter...
13
Analytical methods
DJ McClements?
Traditional and new methods of quantitation, liquid and solid fat, rheological properties, lipid oxidation, FFA, globular and non-globular fat, fatty acid profile, stereo analysis.
Content and physical form of fat in milk, fatty acid profile, interspecies comparison, structure of milk lipids including interspecies comparison.
2
Origin of fatty acids and influence of nutritional factors on milk fat
Origins of fatty acids, biosynthesis of fatty acids and other milk lipids, variation in milk fat: yield and fatty acid composition
3
Conjugated linoleic acid: biosynthesis and nutritional significance
DE Bauman
Biosynthesis of CLA, levels in milk and dairy products, nutritional significance (analytical techniques?)
4
Intracellular origin of milk lipid globules; nature and structure of milk lipid globule membrane. Heterogeneity, molecular and biological properties of proteins
IH Mather
Intracellular origin and growth of lipid globules, intracellular transit of lipid globules, secretion of globules, composition and isolation of globule membrane, proteins and enzymes of membrane, molecular organization of membrane
5
Lipids in human milk
????
Concentration of lipids in human milk, changes during lactation, fatty acid profile, fat globule structure, creaming, fat globule membrane.
6
Physical chemistry of milk fat globules
AL Kelly
(To include thorough discussion on creaming; T Uniacke-Lowe).
Globule size distribution, compositional differences, fat crystals in globules, types of instability, interaction energy, cold agglutination, creaming, coalescence, partial coalescence, rebodying, disruption, changes in surface layers, "free fat", properties of modified fat globules, homogenisation clusters, rheological properties of milk.
7
Composition, applications, fractionation, technological and/or nutritional significance of milk fat globule material
M Corredig
8
Milk fat: chemical and physical modification, fractional crystallization, removal of cholesterol
MA Augustin
Rheological properties of milk fat (composition and melting behaviour, spredibility, seasonaility), viscoelastic nature, modification of rheological proerties.
9
Crystallization and rheological properties of milk fat spreads
AG Marangoni
Melting range, nucleation and growth, polymorphism, compound crystals, recrystallization, modification, crystal networks.
10
Role of milkfat in dairy products
AL Kelly to coordinate
Butter, spreads, creams, cheese, ice cream, powders, IMF, chocolate
11
Nutritional significance of milk lipids
Types of lipids in the body and their functions, types of lipids in foods, metabolism of lipids, roles of food lipids, dietary lipids in health and disease.
12
Physical characteristics of milk fat
OJ MacCarthy
Owen MacCarthy's chapter...
13
Analytical methods
DJ McClements?
Traditional and new methods of quantitation, liquid and solid fat, rheological properties, lipid oxidation, FFA, globular and non-globular fat, fatty acid profile, stereo analysis.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Base;Fluor;Lipid;Nutrition;Oxidation;enzymes;lactose;proteins
Composition and structure of milk lipids 1 AKH MacGibbon
Content and physical form of fat in milk, fatty acid profile, interspecies comparison, structure of milk lipids including interspecies comparison.
2
Origin of fatty acids and influence of nutritional factors on milk fat
Origins of fatty acids, biosynthesis of fatty acids and other milk lipids, variation in milk fat: yield and fatty acid composition
3
Conjugated linoleic acid: biosynthesis and nutritional significance
DE Bauman
Biosynthesis of CLA, levels in milk and dairy products, nutritional significance (analytical techniques?)
4
Intracellular origin of milk lipid globules; nature and structure of milk lipid globule membrane. Heterogeneity, molecular and biological properties of proteins
IH Mather
Intracellular origin and growth of lipid globules, intracellular transit of lipid globules, secretion of globules, composition and isolation of globule membrane, proteins and enzymes of membrane, molecular organization of membrane
5
Lipids in human milk
????
Concentration of lipids in human milk, changes during lactation, fatty acid profile, fat globule structure, creaming, fat globule membrane.
6
Physical chemistry of milk fat globules
AL Kelly
(To include thorough discussion on creaming; T Uniacke-Lowe).
Globule size distribution, compositional differences, fat crystals in globules, types of instability, interaction energy, cold agglutination, creaming, coalescence, partial coalescence, rebodying, disruption, changes in surface layers, "free fat", properties of modified fat globules, homogenisation clusters, rheological properties of milk.
7
Composition, applications, fractionation, technological and/or nutritional significance of milk fat globule material
M Corredig
8
Milk fat: chemical and physical modification, fractional crystallization, removal of cholesterol
MA Augustin
Rheological properties of milk fat (composition and melting behaviour, spredibility, seasonaility), viscoelastic nature, modification of rheological proerties.
9
Crystallization and rheological properties of milk fat spreads
AG Marangoni
Melting range, nucleation and growth, polymorphism, compound crystals, recrystallization, modification, crystal networks.
10
Role of milkfat in dairy products
AL Kelly to coordinate
Butter, spreads, creams, cheese, ice cream, powders, IMF, chocolate
11
Nutritional significance of milk lipids
Types of lipids in the body and their functions, types of lipids in foods, metabolism of lipids, roles of food lipids, dietary lipids in health and disease.
12
Physical characteristics of milk fat
OJ MacCarthy
Owen MacCarthy's chapter...
13
Analytical methods
DJ McClements?
Traditional and new methods of quantitation, liquid and solid fat, rheological properties, lipid oxidation, FFA, globular and non-globular fat, fatty acid profile, stereo analysis.
Content and physical form of fat in milk, fatty acid profile, interspecies comparison, structure of milk lipids including interspecies comparison.
2
Origin of fatty acids and influence of nutritional factors on milk fat
Origins of fatty acids, biosynthesis of fatty acids and other milk lipids, variation in milk fat: yield and fatty acid composition
3
Conjugated linoleic acid: biosynthesis and nutritional significance
DE Bauman
Biosynthesis of CLA, levels in milk and dairy products, nutritional significance (analytical techniques?)
4
Intracellular origin of milk lipid globules; nature and structure of milk lipid globule membrane. Heterogeneity, molecular and biological properties of proteins
IH Mather
Intracellular origin and growth of lipid globules, intracellular transit of lipid globules, secretion of globules, composition and isolation of globule membrane, proteins and enzymes of membrane, molecular organization of membrane
5
Lipids in human milk
????
Concentration of lipids in human milk, changes during lactation, fatty acid profile, fat globule structure, creaming, fat globule membrane.
6
Physical chemistry of milk fat globules
AL Kelly
(To include thorough discussion on creaming; T Uniacke-Lowe).
Globule size distribution, compositional differences, fat crystals in globules, types of instability, interaction energy, cold agglutination, creaming, coalescence, partial coalescence, rebodying, disruption, changes in surface layers, "free fat", properties of modified fat globules, homogenisation clusters, rheological properties of milk.
7
Composition, applications, fractionation, technological and/or nutritional significance of milk fat globule material
M Corredig
8
Milk fat: chemical and physical modification, fractional crystallization, removal of cholesterol
MA Augustin
Rheological properties of milk fat (composition and melting behaviour, spredibility, seasonaility), viscoelastic nature, modification of rheological proerties.
9
Crystallization and rheological properties of milk fat spreads
AG Marangoni
Melting range, nucleation and growth, polymorphism, compound crystals, recrystallization, modification, crystal networks.
10
Role of milkfat in dairy products
AL Kelly to coordinate
Butter, spreads, creams, cheese, ice cream, powders, IMF, chocolate
11
Nutritional significance of milk lipids
Types of lipids in the body and their functions, types of lipids in foods, metabolism of lipids, roles of food lipids, dietary lipids in health and disease.
12
Physical characteristics of milk fat
OJ MacCarthy
Owen MacCarthy's chapter...
13
Analytical methods
DJ McClements?
Traditional and new methods of quantitation, liquid and solid fat, rheological properties, lipid oxidation, FFA, globular and non-globular fat, fatty acid profile, stereo analysis.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
