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    1. Medicin
    2. Veterinärmedicin
    3. Veterinärmedicin: allmänt

    Large Animal Parasitology Procedures for Veterinary Technicians

    AvDonald H. Bliss

    Häftad, Engelska, 2024

    1 087 kr

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    Beskrivning

    Large Animal Parasitology Procedures for Veterinary Technicians Comprehensive illustrated reference on parasitic nematodes, cestodes, coccidian oocysts and trematode egg recoveries, identification, and enumeration with treatment strategies for five separate categories of animal patients Large Animal Parasitology Procedures for Veterinary Technicians illustrates, in detail, the most sensitive diagnostic procedure for internal parasites of domestic animals using the Modified Wisconsin Sugar Flotation Method. With step-by-step pictures and bullet-point instructions, this text discusses sample collection and storage techniques, as well as the strengths and weaknesses inherent to other commonly used tests. Potential sources for infection, the seasonality of the infection, possible environmental recontamination, and control strategies are all covered in detail, with suggestions to prevent reoccurrences. Parasites of the equine, large and small ruminants (including alpaca), swine, poultry and hoofed wildlife patients are included, with full color images for quick identification, an assessment of life cycle stage, and discussion of zoonotic potential. Each species section is heavily illustrated with comparative images to aid the technician in quickly identifying the parasite and life cycle stage. In Large Animal Parasitology Procedures for Veterinary Technicians, readers can find information on: The definition and economic importance of parasitisms, details on the epidemiology of parasitic enteritis, including basics of protozoology, helminthology, and overall applied veterinary parasitology Sample collection and shipment of specimens, including collection, storage, examinations, and interpretations Fecal examination using the Modified Wisconsin Sugar Flotation method, compared with gross examination, smear, sedimentation, and other flotation techniques, plus a fluke egg recovery technique and the Baermann technique for lungworm larvae recovery Internal parasite diagnosis and worm egg recoveries, descriptions and pictures of nematode parasite eggs (as well as coccidia oocysts), plus tapeworm eggs and fluke egg descriptions and photos for a variety of host animals Illustrating commonly used diagnostic tests in veterinary parasitology, with step-by-step instructions for accuracy, Large Animal Parasitology Procedures for Veterinary Technicians is an essential reference for veterinary technicians and veterinary technician students dealing with domestic animals, including horses, ruminants, swine, poultry, and hoofed wildlife.

    Produktinformation

    • Utgivningsdatum:2024-07-29
    • Mått:178 x 252 x 20 mm
    • Vikt:771 g
    • Format:Häftad
    • Språk:Engelska
    • Antal sidor:368
    • Förlag:John Wiley and Sons Ltd
    • ISBN:9780470959022

    Utforska kategorier

    • Veterinärmedicin: allmänt inom Medicin

    Mer om författaren

    Donald H. Bliss, PhD (Veterinary Parasitologist), owns and operates a parasite diagnostic laboratory (MidAmerica Ag Research) in Verona, Wisconsin, USA.

    Innehållsförteckning

    • Preface xv1 Introduction to Large Animal Parasitology Procedures for Veterinary Technicians 1Gastrointestinal Parasitism Can be Categorized into Four Distinct Periods of Development 22Early Larvae Development and Translation Period 22The Ingestion and Infective Prepatent Period 30The Inhibition or Arrested Development Phase 31The Patent Period 35References 572 The Modified Wisconsin Sugar Flotation Method 59Standard Operating Procedure for the “Modified Wisconsin Sugar Flotation Technique” 82Interpretation of Fecal Worm Egg Counts in Sheep, Goats, and Camelids Using the Modified Wisconsin Sugar Flotation Technique 88Quick Assessment for Sheep, Goats, and Camelids Based on Fecal Worm Egg Counts 97References 1063 Parasites in Beef Cattle 107Strategic Deworming Entails More than Simply Applying a Dewormer 115The Economics of an Aggressive Deworming Program 115Interpretation of Fecal Worm Egg Counts in Cattle Using “The Modified Wisconsin Sugar Flotation Technique” 133Fecal Egg Count Reduction Test (FECRT) 137Product Profile of Fenbendazole (Safe-Guard®/Panacur® – Merck Animal Health) 137Treatment Timing 142Gastrointestinal and Lungworm Parasites Found in Beef Cattle 142Stomach (Abomasal) Worms 142Intestinal Nematode Parasites 142Intestinal Cestode Parasites (Cattle Tapeworms) 158Cattle Lungworm (Dictyocaulus viviparous) 158Trematodes Parasites (Liver Flukes) 161Protozoan Parasites of Cattle 162References 1674 Parasites in Dairy Cattle 171Detection is Foremost in the Economic Analysis 171Gastrointestinal and Lung Parasite Infections Found in Dairy Cattle (See Figure 4.8) 175Stomach Worms 175Intestinal Nematode Parasites 177Intestinal Cestode Parasites (Cattle Tapeworms) 183Cattle Lungworm (Dictyocaulus Viviparous) 185Trematodes Parasites (Liver Flukes) 185Protozoan Parasites of Cattle 185Risk Factors and Production Losses Caused by Gastrointestinal Parasitism 188How Many Parasites are Needed to Cause Clinical Disease? 188Level of Efficiency Can Affect Production Losses 189Variation in Parasites Numbers and Levels of Contamination Rates Exists 190Age and Management Variations Affect Parasite Buildup in Animals 191Understanding How Gastrointestinal Parasites Affect Lactating Dairy Cows 191Monitoring Dairy Herds for Gastrointestinal Parasite Infections 192Every Herd is Different when it Comes to Internal Parasitic Infections 192The Following are Guidelines to Determine Parasite Exposure of a Dairy Herd Based on Animal Management 192Obtaining a Comprehensive “Parasite Fecal Check” of the Herd Can be Important 193Production Losses Due to Gastrointestinal Parasites 193Seasonal Control of Gastrointestinal Parasitic Infections in Dairy Operations 193Conclusion 197References 1985 Parasites in Equine 199Gastrointestinal Nematode Parasites Affect Horses in Many Ways 200Parasites Develop Differently in Horses than in Cattle 202Parasite Resistance to Dewormers has Become a Major Problem 206The Seasonal Transmission of Parasites in the Horse 208Seasonal Control of Parasites in Horses Can be Achieved by Reducing Parasite Contamination from the Environment 211General Recommendations for Strategic Timed Deworming for the Season Control of Gastrointestinal Parasites in Horses 212A Two-Year Study Demonstrating the Value of Strategic Deworming to Reduce Environment Contamination was Conducted in Nevada 213Equine Dewormers 217Fecal Monitoring is the Best Way to Determine Whether Treatment is Effective 218The Major Gastrointestinal Nematode Parasites of Horses are 219Other Notable Internal Parasites of the Horse 219Review of Internal Nematode Parasite of Horses 219Other Parasites 228Guide for Interpretation of Fecal Worm Egg Counts in Horses Using “The Modified Wisconsin Sugar Flotation Technique” 231Quick Assessment for Equine Based on Fecal Worm Egg Counts 231Inhibited Small Strongyles Cause Problems with Worm Egg Count Interpretations 231References 2326 Parasites of Swine 235Large Roundworms (Ascaris suum) 241Background 241Diagnosis in Lungs 243Diagnosis in Liver 245Diagnosis in the Feces 245Whipworms (Trichuris suis) 247Background 247Diagnosis in the Cecum 247Diagnosis in the Feces 250Threadworms (Strongyloides ramsoni) 252Background 252Diagnosis in the Feces 252Treatment Guidelines 253Nodular Worms (Oesophagostomum dentatum) 253Background 253Diagnosis in the Large Intestine 254Diagnosis in the Feces 255Treatment Guidelines 257The Development and Buildup of Parasitism within a Swine Operation Depends on Many Factors 257Materials and Methods for Fecal Sampling 258Specific Sample Instructions 258Fecal Worm Egg Count Interpretation and Whole Herd Deworming Guidelines 259Treatment to Control Parasitism and Reduce Parasite Future Contamination in a Facility 260Developing Parasite Data for Swine Clients 261References 2617 Parasites in Small Ruminants 263Strategic Deworming for Small Ruminants 278Phase I: “0–3–6–9” Spring Dewormings 278Phase II – Fall Cleanup Deworming 280Summary 280Fecal Monitoring is the Best Way to Determine Whether Treatment is Effective 280Interpretation of Fecal Worm Egg Counts in Small Ruminants Using the Modified Wisconsin Sugar Flotation Technique 284Quick Assessment for Sheep, Goats, and Camelids Based on Fecal Worm Egg Counts 284Gastrointestinal and Lung Parasite Infections Found in Small Ruminants 285Stomach Worms 286Intestinal Nematode Parasites 288Intestinal Cestode (Tapeworm) Parasites (Moniezia expansa and Moniezia benedeni) 300Trematodes Parasites (Liver Flukes) 300Protozoan Parasites of Small Ruminants 304References 3078 Parasites of Hoofed Wildlife 309Gastrointestinal Nematode Parasites are Important to Wildlife 313Parasite Life Cycles 313Transmission of Parasites 313Control of Parasites in the Wild 314Dewormer for Hoofed Wildlife 314Description and Dosage Rate 317Estimating Herd Size and Required Dose 317Strategic Wildlife Deworming Program 317The Modified Wisconsin Sugar Fecal Exam (see Figure 8.11) Plus a Submission Form (See Figure 8.12) and a Picture of the Most Common Eggs Found with Hoofed Wildlife Fecal Samples (See Figure 8.13) 318Interpretation of Fecal Worm Egg Counts in Hoofed Wildlife Using the Modified Wisconsin Sugar Flotation Technique 318Quick Assessment for Hoofed Wildlife Based on Fecal Worm Egg Counts 320Gastrointestinal and Lung Parasite Infections Found in Small Ruminants and Hoofed Wildlife 321Stomach Worms 321Intestinal Parasites 324References 333Index 335