Impact of Environmental Changes on the Prevalence of Autoimmune Diseases and their Effect on Public Health Infrastructure
Abstract
Introduction: Recent changes in the climate, pollution, urban development, etc, have become some of the most important determinants of the state of the population’s health. It is their complex interplay that shapes the incidence of autoimmune diseases. And detection of such patterns is crucial for the formulation of effective public health measures. This research aims to analyze the impact of \environmental changes on the incidence of autoimmune diseases and assess the consequences for public health systems, to assist in the development of collaborative solutions for epidemiologists, environmental scientists, and health care designers. The increasing rate of autoimmune and inflammatory diseases in domestic animals is an issue that requires more insights into the ethology of such diseases in relation to the environment. Test the hypothesis of the association between habitat alteration (e.g. pesticide use on agricultural land) and the observed rise in the incidence of autoimmune hemolytic anemia by using sophisticated pathology to determine new gene-environment interactions. Materials & Methods: Information was collected from epidemiological studies, patient files, and ecological databases from regions spanning a range of pollution and urbanization levels. Autoimmune diseases were grouped according to the frequency of their occurrence, their impact, and the vulnerable demographics. Environmental variables: air and water pollution, climate (temperature changes), land use, and their relationships with the incidence of the disease were analyzed by statistical models and disease predictive algorithms. By quantifying the impact of various key environmental variables, the predictions of the disease and the required health care resources were modeled. Results: People living in areas suffering from high pollution, dense urban living, and climate-related stressors were found to be suffering from autoimmune diseases more than others. Healthcare services were found to be unequally distributed and severely lacking in some areas. Scenario analyses showed areas in need of functional preventive measures, early diagnostic initiatives, and the allocation of resources to reduce the disease and strengthen the health systems. Conclusion: The health and the environment are a system. This study is an example of integrative planning and systems thinking to address public health. Evidence-based action, managed adaptively, in an iterative and collaborative framework to use in the health and the environment, is essential to contain the autoimmune disease burden and improve the health infrastructure of the vulnerable populations.