One Health Integration

Dr. Pratik Subhash Gaikwad holds a Ph.D. in Food Process Engineering and is Assistant Professor at the School of Biotechnology & Bioinformatics, Padmashree Dr. D Y Patil Deemed to be University, Navi Mumbai, India. Dr. Vivek Harishankar Shukla earned his Ph.D. in Livestock Products Technology and is Assistant Professor in the Department of Livestock Products Technology at Mumbai Veterinary College, Mumbai, a constituent college of the Maharashtra Animal & Fishery Sciences University, Nagpur, India. Dr. Pintu Choudhary holds a Ph.D. in Food Process Engineering and is Assistant Professor in the Department of Food Technology, College of Agricultural Engineering and Technology, Dr Rajendra Prasad Central Agricultural University, Pusa, Samastipur, India.

• List of Contributors xiiiPreface xviiAbout the Companion Website xix1 Global Overview of Veterinary Sciences 1Khalida Shaikh, Drishti Dange, Zainab Ali Abbas Magar, and Pratik Subhash Gaikwad1.1 Introduction 21.1.1 Definition and Scope of Veterinary Sciences 21.1.2 Historical Evolution of Veterinary Medicine 21.1.3 Current Trends and Innovations 21.2 Role of Veterinary Sciences in Public Health 31.2.1 Veterinary Contributions to Public Health 31.2.2 Disease Prevention and Control 41.2.3 Zoonotic Diseases 51.3 Veterinary Sciences and Food Security 61.3.1 Livestock Health and Productivity 71.3.2 Safe Food Practices 71.4 Environmental Sustainability 81.4.1 Sustainable Agricultural Practices 81.4.2 Impact of Veterinary Practices on Ecosystems 91.4.3 Role in Biodiversity Conservation 101.5 Contemporary Challenges in Veterinary 101.5.1 Emerging Infectious Diseases 111.5.2 Antimicrobial Resistance 111.5.3 Climate Change and Animal Health 121.6 One Health 131.6.1 Concept and Principles 131.6.2 One Health Framework 141.6.3 Applications of One Health in Veterinary Sciences 151.7 Global Initiatives and Frameworks 161.7.1 World Organisation for Animal Health (WOAH) 161.7.2 Food and Agriculture Organization 181.7.3 Global Collaborations 191.8 Future Directions 191.8.1 Research Opportunities for Innovations 201.8.2 Educational Strategies 201.8.3 Policy Development 211.9 Conclusion 22References 222 One Health Approach Worldwide and Challenges in Collaboration 33I Made Dwi Mertha Adnyana, Ni Luh Gede Sudaryati, Dwinka Syafira Eljatin, Ronald Pratama Adiwinoto and Zito Viegas da Cruz2.1 Introduction to the One Health Approach 342.2 Case Studies on Successful Health Collaborations 352.2.1 Rabies Control Worldwide 352.2.2 Avian Influenza Response Worldwide 372.2.3 Zoonotic Disease Control Worldwide 392.2.4 Antimicrobial Resistance Worldwide 402.3 One Health Event in Recent Global Health Events 412.3.1 The Role of One’s Health in Handling the COVID-19 Pandemic 412.3.2 Health in Facing the Threat of Antimicrobial Resistance 432.3.3 One Health in Mitigating the Impacts of Climate Change on Health 452.3.4 One Health and Zoonotic Disease Control 462.3.5 One Health in Addressing the Global Health Crisis of Neglected Tropical Diseases 472.3.6 Comparative Summary of Case Studies on Successful One Health Collaboration 482.4 Technology and Innovation in the One Health Field 482.4.1 Digital Surveillance Systems 482.4.2 Genomic Sequencing 502.4.3 Technological Innovations and Their Applications in the One Health Field 512.5 Overcoming Challenges in Cross-disciplinary Cooperation 512.5.1 Institutional Barriers 512.5.2 Cultural and Disciplinary Differences 532.5.3 Resource Constraints 542.5.4 Data Sharing and Privacy Issues 542.6 Conclusion 55Abbreviations 55References 563 Connection of Human, Animal, and Environmental Health: A One Health Perspective 63Budi Utomo3.1 Introduction 633.2 Interdependence of Human, Animal, and Environmental Well-being 643.2.1 Animals as Vectors of Disease in Human 663.2.2 Animals as Sentinels of Human Health 673.2.3 Animals in Biomedical Research 673.3 Addressing Zoonotic Diseases Through a Holistic Approach 683.4 AMR: A One Health Perspective 703.4.1 AMR Overview 703.4.2 Lack of New Antibiotics Development 713.4.3 Strategies to Combat AMR 723.4.4 Impact of AMR on Animal Health 733.4.5 Environmental Factors 733.5 Global Implications of Environmental Health on Public Health 753.6 Conclusion 76References 774 Integrating One Health into Global Veterinary Education 81Delower Hossain, Ridwan Olamilekan Adesola, Easrat Jahan Esha, Nasir Uddin, Oluwaseun Adeolu Ogundijo, Olamilekan Gabriel Banwo, Adetolase Azizat Bakre, Amitush Dutta, Mir Mohammad Ali, AHM Musleh Uddin and Sabiha Zarin Tasnim Bristi4.1 Introduction 824.2 Current State of Veterinary Education 844.2.1 Traditional Veterinary Curricula 844.2.2 Gaps and Limitations in Current VE Models 854.2.3 Overview of Existing One Health Programs 864.3 Transformative Strategies for Veterinary Education 874.3.1 Rethinking Curriculum Design 874.3.2 Core Competencies in One Health 884.3.3 Incorporating Public Health and Environmental Science 894.3.4 Innovative Pedagogical Methods 914.3.5 Leveraging Technology for One Health Education 934.3.6 Assessment and Evaluation Techniques 944.4 Institutional One Health Model: A Global Perspective 954.4.1 Utrecht University, the Netherlands 954.4.2 University of California, Davis, United States 954.4.3 University of Minnesota, United States 974.4.4 Royal Veterinary College, UK 974.4.5 University of Tokyo, Japan 974.4.6 University of Veterinary and Animal Sciences, Pakistan 984.4.7 One Health Institute, Chattogram Veterinary and Animal Sciences University, Bangladesh 984.4.8 Kerala Veterinary and Animal Sciences University, India 994.4.9 University of Nairobi, Kenya 994.4.10 University of Pretoria, South Africa 994.4.11 University of Ibadan, Ibadan, Nigeria 1004.4.12 Queensland Alliance for One Health Sciences, University of Queensland, Australia 1004.4.13 Lessons Learned and Key Takeaways 1004.5 Fostering Interdisciplinary Learning Environments 1004.5.1 Building Collaborative Partnerships 1004.5.2 Creating Interdisciplinary Courses and Modules 1034.5.3 Utilizing Problem-based Learning 1044.5.4 Incorporating Fieldwork and Practical Experiences 1044.5.5 Promoting Cross-disciplinary Research Projects 1054.5.6 Enhancing Communication and Leadership Skills 1064.6 Building Institutional Capacity 1064.6.1 Faculty Training and Development 1064.6.2 Infrastructure and Resource Allocation 1074.6.3 Policy and Institutional Support 1084.6.4 Funding and Sustainability 1084.7 Research and Innovation in One Health 1084.7.1 Promoting Interdisciplinary Research 1084.7.2 Innovative Research Methodologies 1094.7.3 Case Studies of Impactful One Health Research 1094.8 Global Perspectives on One Health Education 1104.8.1 Regional Case Studies: Africa, Asia, Europe, and the Americas 1104.8.2 Adapting One Health Education to Local Contexts 1114.8.3 International Collaboration and Exchange Programs 1114.9 Policy and Advocacy 1124.9.1 Role of Veterinary Associations and Organizations 1124.9.2 Roles of Development Partners and Organizations 1144.9.3 Influencing Policy at the National and International Levels 1154.9.4 Advocacy Strategies for One Health Integration 1164.10 Future Directions in One Health Education 1164.11 Conclusion 117Abbreviations 118Author Contributions 119Conflicts of Interest 119Acknowledgments 119Dedication 119References 1195 Advanced Veterinary Sciences for Sustainable Agriculture and Global Food Security 135Abdullah Ahmed Butt and Zahra Ahmed5.1 Introduction 1365.1.1 Impacts of Animal Diseases on Food Production and Global Food Security 1365.2 Technological Innovations in Veterinary Medicine and Agriculture 1385.2.1 Advancements in Diagnostics and Disease Surveillance 1395.2.2 Emerging Technologies for Disease Prevention and Control 1405.3 One Health Approach: Integrating Veterinary and Human Health 1415.3.1 One Health: Relevance to Agriculture and Food Security 1415.4 Nutrition and Feed Management for Livestock Health 1425.4.1 Importance of Balanced Nutrition for Animal Health and Productivity 1435.4.2 Innovations in Feed Formulation and Delivery Systems 1435.4.3 Sustainable Feed Production Practices 1445.5 Disease Control and Biosecurity Measures 1455.5.1 Strategies for Preventing and Managing Infectious Disease in Livestock 1455.5.2 Biosecurity Protocols for Farms and Food Production Facilities 1465.5.3 Role of Vaccination in Disease Control and Eradication 1475.6 Climate Change and Veterinary Challenges 1485.6.1 Impact of Climate Change on Animal Health and Agriculture 1485.6.2 Adaptation Strategies for Livestock Farming in Changing Environmental Conditions 1495.6.3 Mitigation Measures to Reduce the Environmental Footprint of Animal Agriculture 1505.7 Veterinary Extension and Capacity Building 1515.7.1 Importance of Education and Training in Veterinary Sciences for Sustainable Agriculture 1515.7.2 Extension Services to Disseminate Best Practices and Innovations 1525.7.3 Capacity Building Initiatives for Veterinary Professionals in Developing Countries 1535.8 Challenges and Future Directions 1555.8.1 Identifying Challenges in Veterinary Medicine and Agriculture 1555.8.2 Opportunities for Future Research and Collaboration 1565.8.3 Exemplary Projects Showcasing the Application of Advanced Veterinary Sciences 1575.8.4 Lessons Learned and Recommendations for Future Interventions 1585.9 Conclusion 159References 1606 Global Zoonotic Diseases and Public Health: A One Health Perspective 165Delower Hossain, Shamsaldeen Ibrahim Saeed, Daniel Jesuwenu Ajose, Chidozie Freedom Egbu, Ridwan Olamilekan Adesola, Oluwaseun Adeolu Ogundijo, Olamilekan Gabriel Banwo, Fernando Ulloa, and Sabiha Zarin Tasnim Bristi6.1 Introduction 1666.2 Emerging Trends in Global Zoonotic Diseases 1676.2.1 Distribution of Zoonotic Diseases Globally 1676.2.2 Factors Driving the Emergence and Spread of Zoonotic Diseases 1686.2.3 Epidemiology of Emerging and Re-emerging Zoonotic Diseases (December 2019–January 2025) 1716.2.4 Challenges in Predicting and Controlling Zoonoses 1766.2.5 Economic and Societal Effects of Zoonotic Disease Outbreaks 1766.3 One Health Strategies for Disease Surveillance and Prevention 1776.3.1 Principles of the One Health Approach 1776.3.2 Interconnectivity of the One Health Component Parts 1776.3.3 Multidisciplinary Approaches to Disease Surveillance and Prevention 1786.3.4 Integrated Surveillance Systems for Rapid Diagnosis and Swift Action of Zoonoses 1806.4 Collaborative Approaches in Pandemic Preparedness 1816.4.1 Understanding the Risk of Zoonotic Disease Pandemics 1816.4.2 International Frameworks for Pandemic Preparedness and Response 1816.4.3 Importance of Multisectoral Collaboration in Pandemic Response 1826.4.4 Role of Interdisciplinary Collaboration in Pandemic Preparedness 1826.4.5 Vaccine Development and Distribution 1836.4.6 Public Awareness and Community Engagement Initiatives 1836.5 Social and Ecological Dimensions of Zoonotic Diseases 1846.5.1 Impact of Socio-economic Factors on Zoonotic Disease Transmission 1846.5.2 Role of Environmental Factors in Zoonotic Disease Emergence and Spread 1856.5.3 Role of Cultural Practices and Behavior Changes in Zoonotic Disease Emergence and Spread 1866.5.4 Importance of Sustainable Land Use and Wildlife Conservation in Disease Prevention 1876.6 Case Studies and Examples of Global Zoonoses Control and OH Integration 1886.6.1 Successful One Health Interventions 1886.6.2 Lessons Learned from Previous Zoonotic Outbreaks 1896.7 Challenges and Opportunities 1916.7.1 Barriers to Implementing One Health 1916.7.2 Strategies for Overcoming Challenges 1926.8 Conclusion 193Abbreviations 194Author Contributions 194Conflicts of Interest 194References 1947 Advancing Veterinary Medicine for Biodiversity Conservation and Global Wildlife Health 209Sonam Bhatt, Anil Kumar, Arzoo Nisha, Ashish Tripathi, R. S. K. Mandal, Rohit Jaiswal and Bhavna7.1 Intersection of Veterinary Medicine and Wildlife Conservation 2107.1.1 Health Assessment, Disease Monitoring, Surveillance, and Control 2107.1.2 Captive Propagation and Reintroduction/Wildlife Rehabilitation and Release 2117.1.3 Identification of Critical Health Factors with Impact on Wildlife Population Dynamics 2117.1.4 Integrated Approaches to Protect Ecosystem 2117.1.5 Wildlife Management 2127.1.6 Conflict Resolution 2127.1.7 Legal and Ethical Considerations 2127.1.8 Research and Innovation 2137.1.9 Public Education and Advocacy 2147.2 Addressing Health Challenges in Diverse Ecosystems 2147.2.1 Veterinarians in Wildlife Conservation 2147.2.2 Addressing Intensive Livestock Farming 2157.2.3 Ecological Medicine 2167.2.4 Integrating Ecosystem Health in Veterinary Curriculum 2177.3 One Health Initiatives for Biodiversity Protection 2177.3.1 Threats to Biodiversity Addressed by One Health 2187.3.2 Role of Veterinarians in One Health for Biodiversity 2187.3.3 Holistic One Health Strategies for Advancing Global Health 2207.4 Conclusion 222References 2228 Emerging Global Technologies in Veterinary Sciences 227Benedict Terkula Iber, Pranshul Sethi, Ramandeep Saini, Nainci Dhiman, and Ayush Madan8.1 Introduction 2288.1.1 Overview of Veterinary Sciences 2288.1.2 Conventional vs. Advanced Methods in Veterinary Sciences 2298.1.3 Importance of Technological Advancements in Veterinary Medicine 2308.2 Diagnostic Technologies 2308.2.1 Imaging Techniques in Veterinary Diagnostics 2318.2.2 Molecular Diagnostics in Veterinary Medicine 2338.2.3 Point-of-care Testing Devices for Rapid Diagnosis 2358.3 Treatment and Therapeutic Technologies 2368.3.1 Advanced Surgical Techniques in Veterinary Medicine 2378.3.2 Emerging Therapies in Veterinary Oncology 2388.3.3 Rehabilitation and Physiotherapy for Animals 2388.3.4 Gene Therapy and Regenerative Medicine for Animals 2398.3.5 Nanotechnology Applications for Drug Delivery in Animals 2398.3.6 Immunotherapy and Vaccines: Advancements in Preventative Medicine 2398.4 Digital Health and Telemedicine 2398.4.1 Teleconsultation Services for Remote Diagnosis 2408.4.2 Wearable Health Monitoring Devices for Pets 2408.4.3 Remote Surgery Guidance: Advancements in Teleoperation 2418.4.4 Mobile Applications for Animal Healthcare 2428.5 Impact of Technology on Animal Welfare and Management 2438.5.1 Precision Livestock Farming 2438.5.2 Use of VR in Animal Training 2478.6 Technological Innovations in Animal Nutrition 2478.6.1 Precision Feeding System for Livestock 2478.6.2 Nutrigenomics in Animal Nutrition Research 2488.6.3 Smart Feeders and Automated Diet Management 2508.7 Future Perspectives 2508.8 Conclusion 251References 2519 Global Policy Frameworks and Future Directions for Veterinary Sciences 257Bernabé Vidal, Lorenzo Verger, Linda Ternova, and Gustavo J. Nagy9.1 Introduction 2589.2 International Policies Shaping Veterinary Sciences 2589.2.1 Origins and Early Drivers of International Collaboration for Animal Disease Control 2589.2.2 Incorporation of Veterinary Sciences into the Global Public Health Sphere 2599.2.3 New Fields of Action, New Policies: Animal Welfare and Wildlife Health 2609.2.4 Development of Holistic Health Concepts 2619.2.5 Current International Policies on OH and Planetary Health 2619.3 Collaborative Frameworks for Global Health Initiatives 2639.3.1 Introduction to Collaborative Frameworks: Origins and Core Concepts 2639.3.2 Global Health Stakeholders, Evolving Relationships, and Interdisciplinarity 2649.3.3 Key Principles, Strategies, and Successful Initiatives for Effective Development 2669.3.4 Current Situation, Barriers, and Problems 2679.4 Anticipated Future Trends and Policy Considerations 2689.4.1 Veterinary Sciences, Policies, and Public Health Challenges and Trends 2689.4.2 Climate Change, Environmental Shifts, Increased Endemic Areas, and the Emergence of Zoonotic Vector-borne Diseases 2709.4.3 Science and Policy in Action: Future Trends and Challenges in Decision-making in Animal Health and Epidemiology 2719.4.4 The United Nations SDGs Framework for Addressing Future Global Challenges in Veterinary Science and Policies 2719.4.5 Planetary Health: A Bibliometric Review of Current and Expected Trends and Policy Implications 2729.5 Summary of Chapter 2759.5.1 International Policies Shaping Veterinary Sciences 2759.5.2 Collaborative Frameworks for Global Health Initiatives (GHIs) 2759.5.3 Future Trends and Policy Considerations 2759.5.4 Bibliometric Research Findings (2017–2024) 2759.6 Conclusion 276References 27610 Challenges, Opportunities, and Future Directions in One Health Collaboration 283Ahmed Abdulkadir Hassan-Kadle, Zainab Ali Abbas Magar, Aamir Muse Osman and Pratik Subhash Gaikwad10.1 Introduction 28410.2 Current Landscape of One Health Collaboration 28410.3 Challenges in One Health Collaboration 28410.3.1 Lack of Integrated One Health Approach 28510.3.2 Sectionalism and Fragmented Governance 28610.3.3 Resource Constraints 28710.3.4 Communication Barriers 28710.3.5 Conflicting Agendas 28810.3.6 Leadership and Continuity Challenges 28810.3.7 Cultural and Behavioral Differences 28910.3.8 Knowledge and Data Sharing Obstacles 28910.4 Opportunities in One Health Collaboration 29010.4.1 Strengthening Surveillance and Response 29110.4.2 Ensuring Sustainable Food Systems 29110.4.3 Promoting Environmental Sustainability 29210.4.4 Facilitating Research and Development 29210.4.5 Building Public Trust and Advocacy 29310.5 Future Directions in One Health Collaboration 29310.5.1 One Health Governance 29410.5.2 Multisectoral Communication and Coordination 29510.5.3 Building Sustainable One Health Systems 29510.5.4 Interdisciplinary Research 29510.5.5 Public–Private Partnerships in One Health 29610.5.6 Investing in One Health Education 29610.5.7 Ethical Considerations in Implementing One Health Practices 29710.5.8 Leveraging New Technologies and Tools 29710.5.9 Untapped Opportunities for Global Collaborations 29810.5.10 Envisioning a Sustainable and Healthier Future 29910.6 Conclusion 299References 30011 Interactive Learning and Practical Applications of One Health 307Vivek Harishankar Shukla, Pintu Choudhary and Pratik Subhash Gaikwad11.1 Introduction 30811.2 One Health: A Holistic Approach to Learning and Interconnectivity 30811.2.1 Importance of Interdisciplinary Education 30911.3 Innovative Teaching Methodologies 31011.3.1 Problem-based Learning 31211.3.2 Simulations 31211.3.3 Field-based Experiences 31211.4 Case Studies in One Health 31311.4.1 Real-world Applications 31311.4.2 Success Stories and Lessons Learned 31311.5 Challenges in One Health Education 31611.5.1 Curriculum Integration 31711.5.2 Resource Limitations 31711.5.3 Interdisciplinary Collaboration 31711.6 Opportunities for Enhancing One Health Learning 31811.7 Conclusion 318References 318Multiple-choice Questions (MCQs) on One Health 323Vivek Harishankar Shukla and Pratik Subhash GaikwadIntroduction 323Index 325