Herpesvirus Diseases of Cattle, Horses and Pigs pdf epub mobi txt 电子书 下载 2026

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出版者:Kluwer Academic Pub

作者:Wittmann, G.

出品人:

页数:356

译者:

出版时间:1989-3

价格:$ 405.67

装帧:HRD

isbn号码:9780792301189

丛书系列:

图书标签:

• Herpesvirus
• Cattle
• Horses
• Pigs
• Veterinary Medicine
• Animal Diseases
• Viral Diseases
• Infectious Diseases
• Livestock
• Diagnosis
• Treatment

Comparative Veterinary Immunology: From Bench to Bedside A Comprehensive Exploration of Immune Responses Across Domestic Species This volume offers an in-depth, comparative examination of immunological principles and their practical application in veterinary medicine, focusing specifically on companion and production animals beyond the scope of Herpesvirus Diseases of Cattle, Horses, and Pigs. The core mission of this text is to bridge fundamental immunological theory with clinical realities, providing veterinarians, researchers, and advanced students with the necessary framework to diagnose, manage, and prevent complex immune-mediated and infectious diseases in a diverse array of species. Structure and Scope The book is meticulously organized into five distinct, yet interconnected, sections, totaling thirty chapters. This structure ensures a logical progression from basic cellular mechanisms to advanced therapeutic strategies. Part I: Foundational Principles of Comparative Immunology (Chapters 1–6) This section lays the groundwork by contrasting the fundamental architecture of immune systems across key veterinary species—dogs (Canis familiaris), cats (Felis catus), poultry (Gallus gallus domesticus), and small ruminants (sheep and goats). Chapter 1: Evolutionary Divergence of Innate Immunity: A detailed analysis of pattern recognition receptor (PRR) expression profiles, focusing on Toll-like receptors (TLRs) and NOD-like receptors (NLRs) unique to avian and small ruminant mucous membranes compared to mammalian systems. Discussion includes species-specific differences in complement cascade activation pathways. Chapter 2: Lymphoid Organogenesis and Microenvironments: Comparative histology and functional analysis of secondary lymphoid organs (spleen, lymph nodes, MALT, GALT) across species. Emphasis is placed on the unique compartmentalization of immune surveillance in avian Peyer's patches (Bursa of Fabricius remnants) and the development kinetics in neonatal canids and felids. Chapter 3: MHC Structure and Antigen Presentation Variation: A thorough review of Major Histocompatibility Complex (MHC) classes I, II, and I-like molecules in the context of canine atopy, feline leukemia virus evasion strategies, and graft rejection protocols in small animal surgery. Chapter 4: Cytokine Milieu in Health and Disease: Profiling the specific expression patterns and functional redundancy of key cytokines (e.g., IL-12, IFN-γ, IL-4, IL-10) in response to non-herpesviral pathogens such as Toxoplasma gondii in cats and Mycoplasma gallisepticum in chickens. Chapter 5: The Regulatory T Cell Landscape: Contrasting the generation and suppressive capacity of regulatory T cells (Tregs) in preventing autoimmune pathology (e.g., Immune-Mediated Hemolytic Anemia in dogs) versus maintaining tolerance to commensal flora. Chapter 6: Antibody Isotypes and Mucosal Defense: Detailed characterization of Ig classes (IgA, IgG subclasses, IgM) and their role in protection against intestinal parasites (Haemonchus contortus) and respiratory challenges in poultry. Part II: Pathogen Evasion and Immune Modulation (Chapters 7–13) This section shifts focus to the sophisticated mechanisms employed by non-herpesviral agents to subvert host defenses, providing critical context for vaccine development and therapeutic intervention. Chapter 7: Viral Counter-Immune Strategies (Non-Herpetic): Examination of FIV, FeLV, canine distemper virus (CDV), and avian influenza virus (AIV) strategies for downregulating MHC expression, blocking interferon signaling, and inducing T-cell apoptosis. Chapter 8: Bacterial Immune Evasion: Mechanisms utilized by Rickettsia rickettsii (Rocky Mountain Spotted Fever), Brachyspira species (Swine Dysentery, beyond scope), and intracellular pathogens like Anaplasma phagocytophilum to survive within phagocytes. Focus on macrophage manipulation. Chapter 9: Parasitic Manipulation of Host Immunity: In-depth study of helminth and protozoan infections, including Sarcocystis neurona (EPM in horses, focusing on T-cell polarization in non-target species) and gastrointestinal nematode challenges in small ruminants, emphasizing the induction of Th2 polarization. Chapter 10: Vaccination Strategies for Complex Pathogens: Review of successful and challenging vaccine platforms against canine parvovirus, feline panleukopenia, and contemporary Newcastle Disease Virus (NDV) control programs in commercial flocks. Chapter 11: Adjuvanticity and Immune Potentiation: Analysis of various adjuvant classes (e.g., oil-based, saponins, TLR agonists) and their differential efficacy in eliciting protective immunity in different species, particularly for subunit vaccines. Chapter 12: Cross-Reactivity and Correlates of Protection: Identifying immunodominant epitopes and defining measurable immune responses (antibody titers, ELISPOT results) that correlate with clinical resistance against major threats like canine adenovirus and feline coronavirus (FIP). Chapter 13: Immunogenetics of Disease Susceptibility: Exploring specific canine leukocyte antigen (CLA) haplotypes associated with heightened susceptibility or resistance to conditions like canine visceral leishmaniasis and feline asthma. Part III: Immune-Mediated and Inflammatory Disorders (Chapters 14–19) This critical section details the etiology, pathogenesis, and diagnostic criteria for primary immune dysregulation in domestic animals, excluding the specific dermatological and neurological sequelae associated with bovine/equine/porcine herpesviruses. Chapter 14: Canine Immune-Mediated Hemolytic Anemia (IMHA): Comprehensive coverage of alloimmune vs. autoantibody production, diagnostic interpretation of Coombs testing variability, and contemporary management using immunosuppressive and immunomodulatory agents. Chapter 15: Feline Immune-Mediated Disorders: Focus on Pemphigus foliaceus, systemic lupus erythematosus (SLE-like syndromes), and idiopathic thrombocytopenia (ITP) in the cat, emphasizing species-specific clinical presentation. Chapter 16: Inflammatory Bowel Disease (IBD) in Dogs and Cats: Pathogenesis relating to dysbiosis and mucosal immune activation. Differential diagnosis between food hypersensitivity, chronic infection, and primary lymphoplasmacytic infiltration. Chapter 17: Systemic Vasculitis and Polyarthritis: Analysis of immune complex deposition leading to conditions like Granulomatous Meningoencephalitis (GME) in dogs and shared features with rheumatoid arthritis in humans, contrasting inflammatory cascades. Chapter 18: Hypersensitivity Reactions in Production Animals: Detailed review of Type I (immediate) hypersensitivity, including acute anaphylaxis following vaccination or insect challenge in cattle and sheep, focusing on mast cell degranulation kinetics. Chapter 19: Primary Immunodeficiencies (PIDs): Characterization of inherited defects in B and T cell function in various breeds (e.g., severe combined immunodeficiency models in specific dog breeds) and the resultant susceptibility to opportunistic infections. Part IV: Immunodiagnostics and Laboratory Techniques (Chapters 20–25) This section provides rigorous, technical guidance on the advanced assays required for characterizing immune status and monitoring treatment efficacy in non-herpesvirus contexts. Chapter 20: Flow Cytometry Panel Design: Detailed protocols for enumerating T cell subsets (CD4/CD8), B cells, and NK cell activity in peripheral blood mononuclear cells (PBMCs) across canine, feline, and avian matrices. Chapter 21: Antibody Titer Measurement and Interpretation: Standardization and validation of ELISA and serum neutralization tests for measuring protective humoral immunity against rabies, canine distemper, and Leptospira serovars. Chapter 22: In Vitro Functional Assays: Practical laboratory instruction for performing T-cell proliferation assays (e.g., MLPA), cytokine quantification via multiplex bead arrays, and measuring phagocytic index in heterophils and macrophages. Chapter 23: Biopsy Interpretation in Immunopathology: Histopathological criteria for distinguishing between infectious dermatitis, sterile panniculitis, and immune-mediated dermatoses in small animals. Chapter 24: Molecular Diagnostics in Immunosurveillance: Application of qPCR and next-generation sequencing for monitoring microbial load, assessing immune repertoire diversity, and tracking vaccine-induced cellular responses. Chapter 25: Autoantibody Profiling: Advanced techniques for detecting anti-platelet and anti-erythrocyte autoantibodies, and characterizing antinuclear antibodies (ANAs) in suspected autoimmune diseases. Part V: Therapeutic Modulation and Clinical Applications (Chapters 26–30) The concluding section focuses on the pharmacological and adjunctive management of immune disorders, emphasizing drug mechanisms, novel therapies, and rehabilitation strategies applicable broadly across veterinary specialties. Chapter 26: Glucocorticoid and Calcineurin Inhibitor Therapy: Detailed pharmacokinetics and comparative clinical efficacy of prednisolone, dexamethasone, cyclosporine, and tacrolimus in managing inflammatory and autoimmune crises. Chapter 27: Biologic Therapies and Monoclonal Antibodies: Review of targeted immunomodulation, including Janus kinase (JAK) inhibitors for pruritus, and the emerging use of canine-specific monoclonal antibodies for chronic inflammation management. Chapter 28: Immunosuppression in Organ Transplantation and Chronic Disease: Protocols for minimizing rejection risk in heterologous and homologous transplants, and long-term management of refractory immune-mediated conditions. Chapter 29: Nutrition and Immunomodulation: The impact of specific fatty acids (EPA/DHA), prebiotics, and targeted dietary components on mitigating chronic inflammation and supporting gut-associated lymphoid tissue (GALT) function in convalescing animals. Chapter 30: Emerging Trends in Veterinary Immunotherapy: Exploration of xenotransplantation research, personalized vaccine design, and the potential role of the microbiome in influencing systemic immunity outside of the established viral contexts. This text serves as an essential reference for understanding the complex biological interplay that dictates health and disease across the spectrum of veterinary species not specifically detailed in monographs focusing on bovine, equine, and porcine herpesviral pathogenesis.

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我一直认为，优秀的兽医学参考书不仅要教会你“是什么”和“为什么”，更要能帮助你“怎么办”。在诊断流程方面，这本书的组织逻辑清晰，从临床症状入手，引导至实验室确诊。然而，现代病毒学诊断已经高度依赖于分子技术，特别是实时荧光定量PCR（qPCR）和下一代测序（NGS）。我本以为能看到更详尽的关于不同样本类型（血液、组织、唾液）的最佳采集时间、保存条件，以及针对特定病毒亚型的探针设计和引物选择的优化参数。书中虽然提到了这些技术，但更多是以文献综述的形式出现，缺乏图表化的流程图和针对常见技术难题（如抑制剂干扰、低病毒载量样本的循环数阈值设定）的故障排除指南。对于一个涉及牛、马、猪三种经济价值高、对诊断时效性要求极高的物种的疾病，这种操作层面的细节缺失，使得这本书在“战地”使用时的价值大打折扣。它更像是给一个已经拥有成熟实验室和高级培训的研究团队提供的理论支持，而不是给一个基层兽医站或区域性诊断中心使用的工具书。

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这是一本专注于动物疱疹病毒感染的专业著作，内容无疑深入探讨了牛、马和猪这三种重要家畜的疱疹病毒性疾病。我原本期待它能提供一个详尽的、从分子生物学到临床实践的全面视角，特别是对于那些在兽医诊断和疫情控制一线工作的同仁来说，这类集成的参考资料价值非凡。然而，当我翻开这本书时，我发现它在某些关键领域似乎有所侧重，而忽略了其他同样重要的方面。例如，书中对特定病毒株的基因组变异及其与宿主免疫反应的复杂互动机制进行了深入的剖析，这对于研究人员无疑是宝贵的财富，但对于日常进行疾病鉴别诊断的兽医来说，关于快速诊断试剂盒的性能比较和实地操作指南的篇幅却显得捉襟见肘。特别是对于一些新兴的或地理分布受限的病毒变种，书中引用的数据和案例似乎停留在了前几年的研究成果上，缺乏对最新疫情动态和耐药性出现情况的追踪。此外，在涉及跨物种传播风险评估的部分，虽然提到了理论模型，但缺乏将这些模型应用于实际养殖场生物安全管理中的具体、可操作的建议。总体而言，它更像是一部偏向基础研究和病毒学原理的教科书，而非一本能立即指导临床决策的实用手册，对于希望快速掌握诊疗流程的读者来说，可能需要辅以其他更侧重于临床操作的指南。

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这本书的装帧和排版设计，说实话，给我留下了一种非常“学术”的印象，厚重且文字密集，图表虽然专业但更新速度似乎跟不上最新的分子影像技术发展。我特别关注的是治疗方案的更新和抗病毒药物的有效性评估部分。疱疹病毒感染的难点在于其潜伏期和反复性发作的特性，因此，找到能够有效抑制病毒复制或减少复发频率的干预措施至关重要。我期望这本书能详尽地对比不同抗病毒药物（如阿昔洛韦衍生物或其他新型化合物）在不同宿主物种中的药代动力学差异、有效的给药剂量范围，以及在实际治疗中可能出现的毒副作用和耐药性监测方法。然而，书中对这些实际应用层面的讨论显得较为保守和笼统，更多地集中在阐述病毒复制周期的细节，这对于需要处理急性、危急病例的临床兽医而言，其时效性和指导意义大打折扣。生物安全措施的章节，虽然提到了常规的消毒流程，但对于高致病性病毒的精确控制，例如在大型集约化养殖场中如何设计分级隔离区和空气过滤系统，细节描述得不够透彻，仿佛只是例行公事地提了一笔，没有展现出对现代工业化动物生产中生物安全复杂性的深刻理解。

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这本书的学术严谨性是毋庸置疑的，参考文献列表相当全面，显示了作者团队在查阅和整合文献方面的巨大投入。然而，在探讨疾病的长期影响和经济后果时，我感觉叙述有些单薄。疱疹病毒感染往往与生产性能下降、不孕症以及后续的慢性疾病状态相关联，这些因素直接影响着畜牧业的经济效益和政策制定。我期待看到一个更具实证基础的章节，量化分析不同流行病学背景下（例如，高密度养殖与自由放养）的牛、马、猪疱疹病毒感染导致的直接损失（治疗费用、死亡率）和间接损失（育种价值降低、出口限制）。书中对生物统计学模型的应用似乎也仅限于描述性统计，缺乏对成本效益分析（Cost-Effectiveness Analysis）的应用，例如，评估大规模接种计划（如果存在有效疫苗）与持续监测和淘汰策略之间的经济权衡。这种对“疾病-经济”关系的浅尝辄止，使得本书在向畜牧业管理者或政府决策者提供专业建议时，缺乏足够的说服力和数据支持。

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作为一名关注动物福利和公共卫生风险的兽医公共卫生从业者，我非常看重这种跨物种疾病的比较研究。疱疹病毒在不同宿主间可能表现出截然不同的致病性和传播模式，从中学习其共性与差异，有助于我们构建更具前瞻性的防控策略。这本书的结构确实尝试进行这种整合叙述，但遗憾的是，这种整合往往停留在表层。例如，它分别描述了牛的呼吸道症状、马的神经症状和猪的生殖障碍，但在探讨共同的免疫逃逸机制或宿主细胞因子风暴的触发模式时，比较分析的深度明显不足。我期待看到一个更具洞察力的章节，专门分析这些看似不相关的疾病背后，是否存在共同的分子靶点可以被新型疫苗（如mRNA或重组蛋白疫苗）精准打击。此外，在涉及人畜共患风险的讨论中，本书的处理方式显得过于谨慎，几乎回避了对一些高危环境（如屠宰场、实验室接触）中病毒暴露的实际风险评估和防护标准的细化，这对于强调“同一健康”（One Health）理念的今天来说，是一个明显的疏漏。

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