A brilliant list of book proposals, Darren Wershler-Henry's the tapeworm foundry challenges current poetic rules of form and subject matter and turns a seemingly utilitarian handbook for writers into a powerful artistic expression of defiance. Both a recipe book for poets and a critical examination of the recipes we've inherited, this is an eloquent and absurdist long poem on the parasitic nature of all expression and the anxiety of influence.

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This book is meticulously designed for the busy student, trainee, or seasoned physician looking to enhance or refresh skills in infectious diseases. It is intended to provide a solid resource for students and physicians in need of a concise yet comprehensive background of the material. Each chapter begins with a summary of the topic, a brief case description, definitions, critical teaching points, and tables, figures, photos, and other visual materials to reinforce learning. The chapters take a systems based approach to infections before concluding with the essentials of diagnostic microbiology to leave users with a practical toolkit for real-world clinics. Authored by two expert educators and dual infectious diseases and pediatrics specialists, Clinical Infectious Diseases Study Guide is the only updated study guide designed for medical students, fellows, residents, and trainees who need a strong foundation in infectious diseases. This includes infectious disease specialists in both adult and pediatric care, various internal medicine subspecialists, and hospitalists.

A medical ecologist examines the threat posed by disease-carrying parasites and insects and identifies the conditions--miracle drugs, destruction of natural controls--that have encouraged them to flourish.

Biology of the Tapeworm Hymenolepis diminuta covers the physiological and biochemical aspects of the tapeworm Hymenolepis diminuta. This book relates past and present knowledge in the field of parasitology. This reference is organized into 12 chapters, starting with a brief discussion on life history and taxonomy of the species. This is followed by the developmental biology of the fertilized ovum to the formation of the cysticercoids in an insect host. Discussions on the embryological, biochemical, and physiological aspects of H. diminuta, the intestinal helminth infections, and procedures for in vitro cultivation of various tapeworm species are provided. Chapter 7 presents a review of molecular DNA and RNA of H. diminuta and the results of isolation and characterization of these macromolecules. This is followed by a discussion on energy metabolism of adult H. diminuta in chapter 8. The latter four chapters focus on biochemical aspects of H. diminuta, including its membrane biology, immunity, and migratory and chemotherapeutic activities. This book encourages diversity among future studies in helminth ecology, physiology, immunology, and biochemistry. It will serve its purpose and ensure that parasitology field continues.

General morphology of tapeworms; Techniques of study; How to use the keys; Keys to subclasses of Cestoidea and orders of subclass Eucestoda; Order Caryophyllidea; Order Spathebothriidea; Order Trypanorhyncha; Order Pseudophyllidea; Order Lecanicephalidea; Order Aporidea; Order Tetraphyllidea; Order Diphyllidea; Order Litobothridea; Order Nippotaeniidae; Order Proteocephalidea; Order Dioecotaeniidae ord. N; Order Cyclophyllidea; Subclass Cestodaria; Order Amphilinidea; Order Gyrocotylidea.

This document is organized into 22 peer-reviewed chapters. Each of the chapters focuses on an individual cestode group, begins with the status of knowledge of the group prior to the inception of the PBI project, and ends with an assessment of the current understanding of the group. In each case, diversity, classification, morphology, phylogenetic relationships, host associations, and geographic distribution are addressed. In all but one case, each chapter includes a list of valid taxa. Synonyms have not generally been listed; this was determined to be beyond the scope of the project given the immensity of such lists for some groups. With over 3,000 valid species, the generation of a list of species for the Cyclophyllidea was also determined to be beyond the scope of this project. However, a list of valid higher taxa is provided. Each of the 19 cestode orders is addressed alphabetically in separate chapters with two exceptions. The Mesocestoididae are treated as a family in the Cyclophyllidea. Although evidence supporting recognition of the former as an independent order is mounting, the case remains to be formally made based on more detailed investigations of this enigmatic group of mammal parasites. The Onchoproteocephalidea are the second exception. So as to emphasize the dual nature of the host associations and scolex morphology of its members, the freshwater fish-parasitizing taxa (formerly assigned to the order Proteocephalidea) are treated in a chapter as the Onchoproteocephalidea I separately from the taxa that parasitize elasmobranchs, which are treated as the Onchoproteocephalidea II. Use of quotation marks around taxon names (e.g., the order "Tetraphyllidea") is to remind readers of the definitively non-monophyletic nature of these groups.