A Quantitative Biology of the Pig


Book Description

Describing the elements of the system; Processes and control; Food intake and metabolism.




Biology of the Domestic Pig


Book Description

An invaluable resource for animal scientists, veterinarians, and biomedical researchers, this book shows that in the past twenty years, the knowledge base about the physiology and biology of the pig has grown phenomenally. This is because of the animal's rapid rise in popularity as a model subject in biomedical research and the ongoing research concerning its use worldwide as a food source. The Biology of the Domestic Pig offers an integrated description of the full scope of current knowledge. The editors have included chapters on the expanding fields of immunology, endocrinology, and genetics. Growth, digestion, nutrition, respiration, excretion, and reproduction are extensively treated. The final chapter covers the emerging applications of transgenics, metabolite replacement therapy, and xenotransplantation (the use of animal tissues in humans).




Nutrient Requirements of Swine


Book Description

Each of these popular handbooks contains comprehensive information on the nutritional needs of domestic animals and includes extensive tabular data. All are paperback and 8 1/2 x 11. Some books come with diskettes or Cds that allow users to predict nutrient requirements of specific animals under various conditions and at various life stages.




Laboratory Animal Medicine


Book Description

A volume in the American College of Laboratory Animal Medicine series, this second edition has over 40% new material, including the addition of six new topics and many others that are completely rewritten. The book comprehensively covers the biological and disease aspects of laboratory animal medicine while examining other aspects such as the biohazards associated with the use of animal experimentation and factors complicating the bioethics of animal research.




The Biology of the Pig


Book Description

The pig as a model in biomedical research; Behavior; Prenatal development; Postnatal development; Reproductive Physiology; Lactation and the mamary gland; Anesthesia, blood sampling, and surgery; Body fluids, hematology and immunology; Nutriton; Husbandry, handling, and restraint.




Feed efficiency in swine


Book Description

'Feed efficiency in swine' has been prepared as a comprehensive treatise on the current state of our understanding of this topic which is so important to the pork industry. Each chapter is written by international authorities who understand both the science and application of their topic area. The book provides detailed insight into the many factors affecting feed efficiency, ranging from diet processing to herd health, from nutrition to physiology and from day-to-day barn management to the adoption of advanced technologies. The authors explain such practical aspects as the challenge of interpreting feed efficiency information obtained on farm or the role of liquid feeding. The authors also delve into more scientific topics such as amino acid or energy metabolism or animal physiology. This book is written for people who have a technical interest in pork production, including nutritionists, geneticists, farm management specialists, veterinarians, other academics and, of course, pork producers.




The gestating and lactating sow


Book Description

The last book on the lactating sow was published over 15 years ago. This new book brings us up to date in current knowledge on the gestating and lactating sow. It covers new and important topics such as conditioning of gilts for optimal reproductive performance, feeding high fibre diets to gestating sows and providing various fat sources in gestation and lactation. It also describes the several key success factors to group-housing systems in gestation, which is a must due to the current move towards group-housing. The new concept of transition feeding for sows is discussed, as well as the factors involved in mammary development of gilts and sows, both of which are instrumental for maximum colostrum and/or milk yields. The impact of the human-animal interactions on sow welfare and performance is discussed with focus on new handling practices that could be developed to overbalance the negative interactions inherent to pig management systems. Updates on must-have topics, such as amino acid and energy requirements of sows, colostrum and milk yield and composition, and sow health are also provided. The subjects covered in this book will assist animal scientists, nutritionists, veterinarians and swine producers in learning the most recent information on relevant and current topics affecting sow production, and in knowing which areas are in need of further research efforts.




The Weaner Pig


Book Description

This book is developed from a British Society of Animal Science occasional meeting, held in September 2000. It brings together all of the scientific disciplines involved in the pre- and post-weaning biology of the piglet, concentrating on growth/development, nutrition, immunology/health, ethology and the physical environment.




The Biology of the Guinea Pig


Book Description

Approx.317 pages




Mechanistic Modelling in Pig and Poultry Production


Book Description

These proceedings contain 15 papers on the recent advances in pig and poultry mechanistic modelling. Notable among the papers is the consideration of new components of the animal production process, such as social stressors and disease. Understanding of some new systems such as the physiological control of egg production in hens by modelling is the given focus in one paper. The topics covered in the other papers include the following: introduction to modelling in the animal sciences, different approaches to modelling animal systems; basic concepts describing animal growth and feed intake; modelling populations for purposes of optimization; advancements in empirical models for prediction and prescription; nutrient flow models, energy transactions and energy feed systems; evaluation of animal genotypes through model inversion; considerations for representing microenvironmental conditions in simulation models for broiler chickens; use of physiological models to define environmental control strategies; comparison of pig growth models from the genetic point of view; model of metabolism in the sow; and place of models in the new technologies of production systems.