GREEN NANOTECHNOLOGY AND METABOLOMIC APPROACHES FOR ENVIRONMENTAL REMEDIATION AND DISEASE BIOMARKER DISCOVERY IN PAKISTAN

Abstract

Environmental pollution and the rising prevalence of chronic diseases constitute significant challenges to sustainable development and public health in Pakistan. Emerging advances in green nanotechnology and metabolomics offer innovative opportunities to address these interconnected environmental and healthcare issues. This study investigated the integrated role of green nanotechnology and metabolomic approaches in environmental remediation and disease biomarker discovery in Pakistan. A quantitative research design was employed, and data were collected from 400 professionals, including environmental scientists, nanotechnology researchers, biomedical experts, healthcare practitioners, and environmental protection officers. Structural Equation Modeling (SEM) was used to examine the relationships among green nanotechnology, environmental remediation, metabolomic profiling, disease biomarker discovery, and environmental-health outcomes. The findings revealed that green nanotechnology significantly enhanced environmental remediation through effective pollutant removal and contamination reduction. Metabolomic profiling was found to be a strong predictor of disease biomarker discovery, facilitating early diagnosis and precision medicine applications. Furthermore, the integration of green nanotechnology and metabolomics significantly improved environmental and health outcomes by reducing pollutant exposure and enabling more accurate disease detection. The study contributes to the interdisciplinary literature on environmental biotechnology, metabolomics, and sustainable healthcare by proposing an integrated framework that simultaneously addresses ecological and public health challenges. The findings offer valuable implications for researchers, healthcare professionals, environmental agencies, and policymakers seeking sustainable and technology-driven solutions for environmental management and disease prevention in Pakistan