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Cockroaches offer a useful and inexpensive alternative to traditional laboratory animals, yet most researchers are unfamiliar with their biology. This unique and comprehensive cockroach handbook is written for everyone from novice to expert. It addresses every aspect of cockroach biology, with a particular emphasis on the neuroendocrine system. Liberally illustrated chapters include such topics as cockroach culture, anatomy, behavior, and various experimental techniques. One of the few available books to provide broad coverage of the neurobiology of a single organism, this second volume is a must for all researchers in biomedical or veterinary fields, as well as for entomologists.

This unique book is written with the novice in mind, providing an introduction to all aspects of working with cockroaches. The focus of this writing is on the neuroendocrine system of cockroaches, which was collected by entomologists, primarily with the aim of improving methods of insect pest control. It includes some chapters devoted exclusively to techniques with detailed instructions. This comprehensive work also covers details of anatomy along with illustrations and experimental results. This is one of the few books available which provides such a broad coverage of areas of neurobiology of one organism. This handbook is a must for all researchers in the biomedical/veterinary field. Entomologists will find this reading exciting as well.

Insects are among the most diverse and adaptable organisms on Earth. They have long been our chief competitors for food and are responsible for spreading devastating afflictions such as malaria and encephalitis. The insects'ability to thrive is due in large part to their well-developed sensory systems, which present a host of novel physiological,

'Provides a detailed summary of pest management principles and techniques, outlining a broad selection of critical issues regarding current practice and future technology in this area. Discusses the role of soils, weather, and surrounding habitats in regulating pest occurrence and severity.'

The underlying theme of this volume is the understanding of the molecules and processes important in the primary metabolism of insects. The 19 chapters provide both rich historical perspectives and timely reviews of current research, as well as showing the extent of progress to be expected in the near future, including the application of advanced techniques now used for the study of microbial and mammalian processes. The major themes of metabolism, proteins and nucleic acids, and biochemical events in the nervous system each have several chapters devoted to them, but specific topics such as pigments, toxins, and aging are also covered in detail. This extensive volume is therefore an invaluable source of information not only for entomologists but also for all scientists whose work involves insect biochemistry, including zoologists, biochemists, and molecular biologists and geneticists.

Over the past 25 years insect pharmacology has grown from a fledgling subject to one that occupies a major field of science. Volume ll reviews insect pharmacology past and present and effectively captures the growing confidence which imbues the world of the insect pharmacologist. It contains l5 chapters written in authoritative fashion by leading scientists and is fully illustrated and referenced. Insect preparations are proving ideal for resolving problems in pharmacology which have general significance, particularly at the molecular and genetic levels. This volume contains a wealth of data, information and ideas and will therefore be a valuable asset to all in academic or industrial research concerned with the science and control of insects.

This book represents proceedings from ICINN 1993, and comprises papers on nerve function, neurotransmitters, ion channels, second messengers and neuropeptides. By using a variety of techniques, combining aspects of nrurophysiology, pharmacology, immunology, peptide separation and sequencing or molecular biology, it has become possible to study systems in greater detail and complexity than before.

Insect Physiology is currently undergoing a revolution with the increased application of molecular biological techniques to investigate the molecular mechanisms underlying the physiological responses to insect cells. Advances in Insect Physiology has instituted a commitment to the publication of high quality reviews on molecular biology and molecular genetics in areas where they provide an increased understanding of physiological processes in insects. Volume 24 is the first to include such specifically sought articles.