Lewis Stevens

The science of genetics has undergone a period of very rapid and significant development in recent years, and the area of poultry genetics has been no exception. This book provides a balanced and up-to-date account of all the major areas of this subject from Mendelian to modern molecular genetics. The book begins by tracing the evolution of Gallus domesticus from its avian ancestors. Subsequent chapters cover important aspects of poultry genetics, including cytogenetics, transmission genetics, gene mapping, sex linkage, lethal genes, genetics of feathering and plumage, and quantitative genetics. In each chapter, a concise explanation of the genetic principles is followed by a full discussion illustrated by key examples. In the latter part of the book, recent advances in gene cloning and sequencing are examined. The impact of these exciting new developments on our understanding of gene structure and organisation, immunogenetics and the evolution of proteins is assessed. Finally, the uses of transgenic techniques and their implications are discussed. This book provides a clear and useful survey of the genetics and evolution of the domestic fowl, which will be of interest to postgraduate students and researchers in the fields of genetics, agriculture and veterinary medicine, as well as to poultry breeders (both commercial and non-commercial).

This book describes and explains the relative preponderance of composers of Jewish descent, particularly during the last two hundred years. The first two chapters of the book give a brief history of composers of Jewish descent from biblical times to the present day. Chapter three attempts to assess the importance of such composers of classical music during the last two hundred years, and tries to explain their relative preponderance. The fourth chapter on Jewish consciousness shows that although most composers of Jewish descent have abandoned their faith or that of their forebears, the majority are nevertheless conscious of their Jewish heritage. The second and larger part of the book contains biographical sketches of over 250 composers of Jewish descent. Some are well known as composers, such as Mendelssohn, Mahler, Schoenberg, Copland, Gershwin; others are better known as performers or conductors, such as Klemperer, Schnabel; and yet others are often not generally identified as of Jewish descent, such as Finzi. Each composer entry has a brief bibliography. The book is intended for anyone with an interest in classical music and Judaism. It contains an extensive glossary of Hebrew and musical terms.

The biology of birds is diverse and frequently differs significantly from that of other vertebrates. Many birds migrate or fly at high altitudes, while egg-laying and feather production places high demands on nutrient uptake and storage. This book is the only comprehensive and up-to-date survey of avian biochemistry and molecular biology available. It emphasises the similarities and differences between birds and other vertebrates, concentrating on new developments. The first section deals with protein, lipid and carbohydrate metabolism, its hormonal control and the adaptations that occur in birds. The second covers the avian genome, gene expression, and avian immunology. Growth and embryological development are also discussed. Avian Biochemistry and Molecular Biology will be of interest to all those working on birds, especially postgraduate students and researchers.

This book describes and explains the relative preponderance of composers of Jewish descent, particularly during the last two hundred years. The first two chapters of the book give a brief history of composers of Jewish descent from biblical times to the present day. Chapter three attempts to assess the importance of such composers of classical music during the last two hundred years, and tries to explain their relative preponderance. The fourth chapter on Jewish consciousness shows that although most composers of Jewish descent have abandoned their faith or that of their forebears, the majority are nevertheless conscious of their Jewish heritage. The second and larger part of the book contains biographical sketches of over 250 composers of Jewish descent. Some are well known as composers, such as Mendelssohn, Mahler, Schoenberg, Copland, Gershwin; others are better known as performers or conductors, such as Klemperer, Schnabel; and yet others are often not generally identified as of Jewish descent, such as Finzi. Each composer entry has a brief bibliography. The book is intended for anyone with an interest in classical music and Judaism. It contains an extensive glossary of Hebrew and musical terms.

Since the publication of the successful and popular second edition of Fundamentals of Enzymology in 1989 there has been a large increase in the knowledge of several aspects of enzymology, not least the rapid acceleration of structural characterization of enzymes and the development of the field of bioinformatics. This new edition places appropriate emphasis on the new knowledge and consolidates the strengths of the previous editions. As before, Fundamentals of Enzymology 3rd ed gives an all-round view of the field including enzyme purification and characterization, enzyme structure (including information on the web), enzyme kinetics, the mechanisms and control of enzyme action, enzyme folding, how enzymes act in vivo, enzyme synthesis and degradation, and also clinical and industrial applications of enzymology. Throughout the book, the integration of these themes is stressed.

The biology of birds is diverse and frequently differs significantly from that of other vertebrates. Many birds migrate or fly at high altitudes, while egg-laying and feather production places high demands on nutrient uptake and storage. This book is the only comprehensive and up-to-date survey of avian biochemistry and molecular biology available. It emphasises the similarities and differences between birds and other vertebrates, concentrating on new developments. The first section deals with protein, lipid and carbohydrate metabolism, its hormonal control and the adaptations that occur in birds. The second covers the avian genome, gene expression, and avian immunology. Growth and embryological development are also discussed. Avian Biochemistry and Molecular Biology will be of interest to all those working on birds, especially postgraduate students and researchers.

The science of genetics has undergone a period of very rapid and significant development in recent years, and the area of poultry genetics has been no exception. This book provides a balanced and up-to-date account of all the major areas of this subject from Mendelian to modern molecular genetics. The book begins by tracing the evolution of Gallus domesticus from its avian ancestors. Subsequent chapters cover important aspects of poultry genetics, including cytogenetics, transmission genetics, gene mapping, sex linkage, lethal genes, genetics of feathering and plumage, and quantitative genetics. In each chapter, a concise explanation of the genetic principles is followed by a full discussion illustrated by key examples. In the latter part of the book, recent advances in gene cloning and sequencing are examined. The impact of these exciting new developments on our understanding of gene structure and organisation, immunogenetics and the evolution of proteins is assessed. Finally, the uses of transgenic techniques and their implications are discussed. This book provides a clear and useful survey of the genetics and evolution of the domestic fowl, which will be of interest to postgraduate students and researchers in the fields of genetics, agriculture and veterinary medicine, as well as to poultry breeders (both commercial and non-commercial).