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.

For two decades, Swine in the Laboratory: Surgery, Anesthesia, and Experimental Techniques has been the most respected practical technical guide for medical and veterinary researchers using swine as experimental animals. Extensively updated and expanded since the publication of the second edition in 2007 and now sponsored by the American College of Laboratory Animal Medicine (ACLAM), it continues to be the most authoritative source of scientific and technical information on the use of domestic and miniature swine in research. Additions to the Third Edition Include: New chapters on toxicology, transgenics, cancer models, and necropsy techniques An overview of porcine models that were not included in the previous edition Updates to chapters on the various body systems Contributions from 25 new coauthors, as well as a new coeditor Significant expansions to the accompanying downloadable resources, including new normal data on farm and minipig breeds, videos on training swine and surgical procedures, updated anatomical imaging, and a colored histological atlas Detailed sections on anesthesia, analgesia, and perioperative care present the best current practices for using swine in experimental surgery. Providing a deepened reference of the most current information and best techniques in an increasingly popular field since the publication of the first edition, this book is a vital tool in conducting the best possible research using porcine models.

Similarities in structure and function between pigs and human beings include size, feeding patterns, digestive physiology, dietary habits, kidney structure and function, pulmo nary vascular bed structure, coronary artery distribution, propensity to obesity, respiratory rates, tidal volumes and social behaviors. Since the pig is an omnivore, it provides an adaptable model to evaluate chronic and acute exposures to xenobiotics such as alcohoL caffeine, tobacco, food additives and environmental pollutants. Swine have been used successfully as models to evaluate alcoholism, diabetes, absorption, digestion, total paren teral nutrition, organ transplantation, atherosclerosis, exercise, hypertension. hemorrhagic hypotension, melanoma, gingivitis, obstructive and reflux nephropathy. osteochondrosis. dermal healing and septic shock. A severe and worsening shortage of organs and tissues for transplantation in patients with severe organ failure has encouraged the consideration of inter species or xenotransplan tation. In developing programs toward this end, the pig generally is viewed as the preferred donor because of its size, physiology and availability. The pig harbors relatively few diseases which could be transmitted inadvertently to human patients. The ability to genetically modify swine to ameliorate the consequences of the human immune response offers a further significant advantage. Another important consideration for an animal model is that basic biologic back ground information be available for investigators to design future prospective studies.

This collection reviews the genetic and developmental factors that affect pig behaviour and assesses ways of optimising pig welfare at different stages of production, from breeding to slaughter.