The Regulation of Animal Health and Welfare draws on the research of scientists, lawyers, economists and political scientists to address the current and future regulatory problems posed by the issues of animal health and disease. Recent events such as the outbreak of mad cow disease, concerns about bluetongue in sheep, and the entry into the food chain of the offspring of cloned cattle, have heightened awareness of the issues of animal disease and welfare. This book critically appraises the existing regulatory institutions and guiding principles of how best to maintain animal health in the context of social change and a developing global economy. Addressing considerations of sound science, the role of risk management, and the allocation of responsibilities, it also takes up the theoretical and practical challenges which here - and elsewhere - attend the co-operation of scientists, social scientists, lawyers and policy makers. Indeed, the collaboration of scientists and social scientists in determined and regulatory contexts such as that of animal disease is an issue of ever-increasing importance. And this book will be of considerable value to those with interests in this issue, as well as all those concerned with the law and policy relating to animal health and welfare

The Regulation of Animal Health and Welfare draws on the research of scientists, lawyers, economists and political scientists to address the current and future regulatory problems posed by the issues of animal health and disease. Recent events such as the outbreak of mad cow disease, epidemics of foot and mouth disease, concerns about bluetongue in sheep, and the entry into the food chain of the offspring of cloned cattle, have heightened awareness of the issues of regulation in animal disease and welfare. This book critically appraises the existing regulatory institutions and guiding principles of how best to maintain animal health in the context of social change and a developing global economy. Addressing considerations of sound science, the role of risk management, and the allocation of responsibilities, it also takes up the theoretical and practical challenges which here - and elsewhere - attend the co-operation of scientists, social scientists, lawyers and policy makers. Indeed, the collaboration of scientists and social scientists in determined and regulatory contexts such as that of animal disease is an issue of ever-increasing importance. This book will be of considerable value to those with interests in this issue, as well as those concerned with the law and policy relating to animal health and welfare.

With the spectacular developments in technology accompanying and aiding scientific research over the past few decades, postgraduate students are often encouraged to focus more on generating data than to utilize their most sophisticated piece of equipment: their mind.
Stop Working & Start Thinking, Second Edition aims to encourage young researchers to think more clearly about their experiments, from experimental design to data interpretation. This new edition builds on the success of the first edition, with new material throughout and a new chapter on measurement interpretation, including an examination of cryptic assumptions.
This book is essential reading for postgraduates who wish to put the mastery back into their M.Sc. and the philosophy back into their PhDs.

Infectious disease accounts for more death and disability worldwide than either noninfectious disease or injury. This book contains a number of different quantitative approaches to understanding the patterns of such diseases in populations, and the design of control strategies to lessen their effect. The papers are written by experts with varied mathematical expertise and involvement in biological, medical and social sciences. The volume increases interaction between specialties by describing research on many infectious diseases that affect humans, including viral diseases, such as measles and AIDS, and tropical parasitic infections. Sections deal with problems relating to transmissible diseases with long development times (such as AIDS); vaccination strategies; the consequences of treatment interventions; the dynamics of immunity; heterogeneity of populations; and prediction. On each topic, the editors have chosen papers that bring together contrasting approaches via the development of theoretical results, the use of relevant knowledge from applied fields, and the analysis of data.

Infectious disease accounts for more death and disability worldwide than either noninfectious disease or injury. This book contains a number of different quantitative approaches to understanding the patterns of such diseases in populations, and the design of control strategies to lessen their effect. The papers are written by experts with varied mathematical expertise and involvement in biological, medical and social sciences. The volume increases interaction between specialties by describing research on many infectious diseases that affect humans, including viral diseases, such as measles and AIDS, and tropical parasitic infections. Sections deal with problems relating to transmissible diseases with long development times (such as AIDS); vaccination strategies; the consequences of treatment interventions; the dynamics of immunity; heterogeneity of populations; and prediction. On each topic, the editors have chosen papers that bring together contrasting approaches via the development of theoretical results, the use of relevant knowledge from applied fields, and the analysis of data.