a: Preface
1: An overview of poultry models
2: InraPorc: where do we come from and where do we want to go?
3: Modelling reproduction in broiler breeder and laying hens
4: Modeling nutrient utilization in sows, a way towards the optimization of nutritional supplies
5: Statistical issues in nutritional modeling
6: Basics and applications of an exponential N-utilization model (‘Goettingen approach’) for assessing amino acid requirements in growing pigs and meat type chickens based on dietary amino acid efficiency
7: Artificial neural networks
8: Challenges associated with the application of poultry models: the case of turkeys
9: INAVI: a practical tool to study the influence of nutritional and environmental factors on broiler performances
10: Model applications in poultry production and nutrition
11: Commercial application of integrated models to improve performance and profitability in finishing pigs
12: Estimating real-time individual amino acid requirements in growing-finishing pigs: towards a new definition of nutrient requirements in growing-finishing pigs?
13: A model to optimise broiler productivity
b: Preface 2
14: AvinespModel: Predicting poultry growth, energy and amino acid requirements
15: Maintenance requirements for amino acids in poultry
16: A model to estimate the amino acid requirements for growth and sexual development in laying pullets
17: Responses of broilers to amino acid intake
18: Description of the growth of body components of broilers and laying pullets
19: Response of laying hens to amino acid intake
20: Amino acid requirements for pullets based on potential protein deposition and the efficiency of amino acid utilization
21: A comparison of two approaches for determining the optimum dietary amino acid ratios of fast-growing broilers”