Title : Innovation to implementation of owl-natural-biomedicine-vaccination emerge as global perspectives on advancing vaccine-science-technology-global-health impact
Abstract:
Background: Many highly pathogenic pathogens—such as influenza, avian influenza (bird flu) A (H5N1), Ebola, Monkeypox, Nipah, and coronaviruses—originate in animal reservoirs. The world still faces many infectious diseases that affect public health, epidemiology, microbiology, and vaccine and drug development. These diseases lead to illness and death. They are also connected to poverty, sanitation, and climate issues, posing health challenges from vector-borne illnesses to malnutrition. It also affects ‘PM POSHAN-Midday Meal’, hampering human civilization; global health and education, research, science, and well-being, biodiversity conservation, ecological balance, food-producing systems, and climate regulation, enrolment, classroom hunger and malnutrition, socialization, attendance, dropouts and retention rates, etc. Recently, it has been suggested, “There is about a 50 per cent chance of another pandemic similar to COVID-19 occurring in the next 25 years”.
Objectives: The main objective is to confirm the implementation of owl-natural-biomedicine-vaccine (ONBMV) against global pathogens and assess its impact.
Materials and Methods: Here, the naturally growing barn owl (Tyto alba L.) populations on the campus of Kanchannagar D. N. Das High School (HS) in Burdwan-713102, West Bengal, India, are used as a natural aerial biomedicine vaccine against naturally occurring pathogens.
Results: ONBMV achieves naturally significant positive impacts; it influences the control of coronaviruses responsible for COVID-19 and avian influenza (bird flu) A(H5N1), which spreads among birds and poultry and can be transmitted to mammals, including humans, through contact with infected animals.
Conclusion: This work focuses on the barn owl as an aerial natural-booster-biomedicine vaccine, with implications for school and public health, the environment, biodiversity, migration, and food security. By focusing on nature-based clinical studies, scientists and policymakers recognise the dual benefits for the environment and human well-being. Biodiversity, ecology, and nature-based solutions promote a sustainable approach to coexistence in the long term. In observation-based studies, the barn owl serves as a natural model for biomedicine and vaccines, addressing public health, environmental conservation, biodiversity, migration, and food security. It will fulfil the theme “Global Perspectives on Vaccination: Innovation to Implementation”, the "6th Edition of International Vaccines Congress" (IVC 2026), offering a premier platform dedicated to advancing vaccine science, technology, and global health impact. This concept in the area of “One Health and Zoonotic Vaccines” highlights the interdependence of human, animal, and environmental health in combating infectious diseases. So, integrating "Owl-Natural-Biomedicine" into vaccination strategies represents an emerging frontier in eco-friendly, preventive healthcare. It merges ecological conservation with natural immunology, acting as a community booster and expanding the scope of modern vaccine science to positively impact global health and environmental sustainability. Advancing vaccine science combines modern biomedical innovation with effective implementation. Integrating nanocarriers, mRNA platforms, and edible plant-based vaccines can vastly improve global health outcomes. Furthermore, concepts of "natural biomedicines" and "ecological vaccines" use environmental management to prevent disease. Zoonotic vaccines play a dual role in protecting both human and animal populations, reducing the risk of spillover events. Collaborative efforts between veterinary and human health sectors are driving the development of vaccines targeting livestock, wildlife, and vectors. One Health and Zoonotic Vaccines align scientific innovation with ecological responsibility, emphasizing shared immunity and global resilience. This integrated approach is critical for pandemic preparedness, especially as human-animal interactions increase due to urbanization and environmental change.)
Keywords: Innovation; Implementation; Owl-Natural-Biomedicine-Vaccination; Emerge; Global-Perspectives-Advancing-Vaccine-Science-Technology-Global-Health-Impact.
