Remarkable achievements in parasitic disease research, both basic and translational, have occurred over the last ten years, and we have incorporated the majority of these into the 6th edition of Parasitic Diseases. We have added over 1,000 new references to document these advances. Innovative work in the laboratory has provided the clinician/research scientist with a much clearer understanding of the mechanisms of pathogenesis. The number of recently discovered interleukins and their cellular networks has completely re-ordered our comprehension of how parasites and our defense system works to produce protection against infection/reinfection, or in some cases, how it becomes subverted by the offending pathogen to enable it to endure inside us for long periods of time. A plethora of molecular-based diagnostic tests have found their way into the routine of the parasitology diagnostic laboratory, improving the ease at which the offending pathogen can be rapidly identifed. Newer drugs, many with less harmful side-effects than the ones they replaced, have come on the market that make controlling parasite populations at the community level possible without the risk of harming the very ones we wish to help.

Diagnostic Medical Parasitology covers all aspects of human medical parasitology and provides detailed, comprehensive, relevant diagnostic methods in one volume. The new edition incorporates newly recognized parasites, discusses new and improved diagnostic methods, and covers relevant regulatory requirements and has expanded sections detailing artifact material and histological diagnosis, supplemented with color images throughout the text.

Worldwide, the numbers of people suffering and dying from parasitic diseases are overwhelming, with more than 100 million cases and 1 million deaths each year from malaria alone. Despite the magnitude of the problem and the importance of the parasites that cause opportunistic infections among persons with HIV/AIDS, medical schools in the United States, Canada, and other developed countries consistently reduce the amount of time spent on parasitic diseases in the curricu lum. As a result most medical students receive limited information about these diseases, and are inadequately prepared to diagnose or treat them as physicians. This problem is too large to be resolved within the time available for parasitology in the medical school curriculum; at most, students can be acquainted with the salient features of the medically important parasites. Likewise, the traditional isolation of parasitology from the rest of the curriculum (consistent with its exclu sion from most microbiology texts) is another unresolved problem. In my opinion, this is why most physicians are unable to think about the differential diagnosis of parasitic diseases in the same way that they routinely balance the probabilities of malignancy, cardiovascular, renal, and pulmonary disease vs other infectious diseases. To resolve these problems, relevant paradigms from parasitology must be used in the teaching of cell biology, molecular biology, genetics, and immu nology.

Rely on this concise, systematic introduction to the biology and epidemiology of human parasitic diseases. Explore an extensive series of photographs, line drawings, and plates that aid in the recognition of medically-relevant parasites and help to build a solid understanding of the fundamentals of diagnosis and treatment.

This work emphasizes the clinical aspects of parasitology, such as the pathology, symptomology, diagnosis, treatment and prevention. Coverage of morphologic and biologic characteristics of the various parasites have been restricted to those features essential for their diagnosis. New material is included in this edition on AIDS and more effective drugs and treatments for parasitic infections. The book is intended for medical students, laboratory technicians, teachers and students of microbiology, practising physicians and infectious disease specialists.

The new edition of this textbook is a complete guide to parasitology for undergraduate medical students. Divided into 23 chapters, each topic has been thoroughly updated and expanded to cover the most recent advances and latest knowledge in the field. The book begins with an overview of parasitology, then discusses numerous different types of parasite, concluding with a chapter on diagnosis methods. Many chapters have been rewritten and the eighth edition of the book features many new tables, flow charts and photographs. Each chapter concludes with a ‘key points’ box to assist with revision. Key points Eighth edition providing undergraduates with a complete guide to parasitology Fully revised text with many new topics, tables and photographs Each chapter concludes with ‘key points’ box to assist revision Previous edition (9789350905340) published in 2013

Textbook on parasitic diseases

Hardcover

This book is a complete guide to medical parasitology for undergraduate and postgraduate students. The new edition has been fully revised to provide the latest updates and advances in the field, highlighting epidemiology, diagnosis and treatment of numerous parasitic diseases. Presented in bullet format, the text is divided into four main sections, each further sub-divided to cover different parasites. The second edition covers recent advances in laboratory diagnosis, treatment guidelines, vaccine prophylaxis, epidemiology of infectious diseases, and hospital infection control. Each chapter features questions on the topic to assist revision, as well as clinical images, schematic diagrams, tables and flowcharts. Key points Complete guide to medical parasitology for students Fully revised, new edition covering latest advances in the field Includes questions on each topic to assist revision Previous edition (9789351523291) published in 2014

With a new two-color design, Markell and Voge's Medical Parasitology has an updated and fresh look that highlights the comprehensive material students have trusted for over 40 years. Completely redrawn line drawings and improved halftones provide visual examples related directly to the textual material. The content explores the etiologic agents of human disease belonging to the animal kingdom: protozoa, helminths (worms), and arthropods (insects and spiders), all of which are a significant cause of, or link to illness encountered both in tropical and temperate environments. In addition to providing detailed descriptions of these agents, this text deals with the clinical diseases they cause, their modes of acquisition, transmission and epidemiology, and their pathogenesis, diagnosis, treatment and prevention. Ten-page insert with full color plates of various parasites, eggs, and life cycles provides students with real-life examples of how parasites and their associated material appear in order to facilitate their identification in the laboratory. Summary Tables appear at the ends of the parasite/disease chapters to summarize the main features of the chapter and to present the salient information from the chapter to allow students better comprehension of the material. Life cycle drawings show progression of parasites from infancy to adult so students can recognize parasites at each stage of life. Disease distribution maps depict the global distribution of key parasites to help students see the global impact that various parasites have. The text explores arthropods both as parasites in their own right and as vectors or intermediate hosts for other parasites so students can understand the direct and indirect impact that they have on health. New two-color design gives the material a fresh look and highlights important details in illustrations. Improved illustrations include all line drawings redrawn with a second color added, as well as improved quality in the halftones. Thorough revision reflecting all the most recent research findings and the most cutting-edge techniques for diagnosis and treatment. Significant change in authorship with David John taking the role of lead editor, and with a new co-editor, William Petri, a proven expert, writer, and speaker in the field of parasitology.