Poultry Science The Many Faces Of Chemistry In Poultry Production And Processing

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Table of Contents

• Contributors (p.8)
• Preface (p.12)
• 1 The Role of Thermodynamics in Controlling Rumen Metabolism (p.26)
• 2 Modelling Lipid Metabolism in the Rumen (p.40)
• 3 Towards a More Accurate Representation of Fermentation in Mathematical Models of the Rumen (p.52)
• 4 Simple Allometric Models to Predict Rumen Feed Passage Rate in Domestic Ruminants (p.64)
• 5 Ruminal Metabolism of Buffersoluble Proteins, Peptides and Amino Acids In Vitro (p.78)
• 6 Models to Interpret Degradation Profiles Obtained from In Vitro and In Situ Incubation of Ruminant Feeds (p.88)
• 7 Modelling Production and Portal Appearance of Volatile Fatty Acids in Dairy Cows (p.102)
• 8 Modelling Energy Expenditure in Pigs (p.118)
• 9 Aspects of Modelling Kidney Dynamics (p.130)
• 10 Evaluation of a Representation of the Limiting Amino Acid Theory for Milk Protein Synthesis (p.142)
• 11 Multiple-entry Urea Kinetic Model: Effects of Incomplete Data Collection (p.160)
• 12 Evaluation of a Growth Model of Preruminant Calves and Modifications to Simulate Shortterm Responses to Changes in Protein Intake (p.178)
• 13 Simulation of the Development of Adipose Tissue in Beef Cattle (p.190)
• 14 A Simple Nutrient-based Production Model for the Growing Pig (p.198)
• 15 Second-generation Dynamic Cattle Growth and Composition Models (p.212)
• 16 Modelling Interactions Between Cow Milk Yield and Growth of its Suckling Calf (p.226)
• 17 A Mechanistic Dynamic Model of Beef Cattle Growth (p.242)
• 18 Modelling Nutrient Utilization in Growing Cattle Subjected to Short or Long Periods of Moderate to Severe Undernutrition (p.256)
• 19 An Integrated Cattle and Crop Production Model to Develop Whole-farm Nutrient Management Plans (p.268)
• 20 Modelling Nutrient Utilization by Livestock Grazing Semiarid Rangeland (p.278)
• 21 Using the Cornell Net Carbohydrate and Protein System Model to Evaluate the Effects of Variation in Maize Silage Quality on a Dairy Farm (p.296)
• 22 Challenge and Improvement of a Model of Post-absorptive Metabolism in Dairy Cattle (p.304)
• 23 A Rodent Model of Protein Turnover to Determine Protein Synthesis, Amino Acid Channelling and Recycling Rates in Tissues (p.318)
• 24 Modelling Relationships Between Homoeorhetic and Homoeostatic Control of Metabolism: Application to Growing Pigs (p.332)
• 25 Model for the Interpretation of Energy Metabolism in Farm Animals (p.344)
• 26 Linear Models of Nitrogen Utilization in Dairy Cows (p.362)
• 27 Isotope Dilution Models for Partitioning Amino Acid Uptake by the Liver, Mammary Gland and Hindlimb Tissues of Ruminants (p.368)
• 28 The Conversion of a Scientific Model Describing Dairy Cow Nutrition and Production to an Industry Tool: the CPM Dairy Project (p.376)
• 29 The Utilization of Prediction Models to Optimize Farm Animal Production Systems: the Case of a Growing Pig Model (p.394)
• 30 A Pig Model for Feed Evaluation (p.408)
• Index (p.424)
• ... and 1 more chapters

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