The overarching goal is to address sanitation issues by adopting a holistic approach that incorporates the principles of one health. This approach aims to foster a comprehensive understanding of the intricate interplay between sanitation and various life sciences disciplines. It encompasses the examination of sanitation challenges through the lens of biology, ecology, and other relevant life sciences, providing insights that can guide effective interventions and solutions. Concurrently, the development of evidence-based sanitation protocols is a key focus. These protocols are grounded in scientific research and aim to establish practical and effective guidelines for addressing sanitation issues. In particular, there is a strong emphasis on creating protocols that facilitate the safe valorization of organic waste, a critical aspect of sustainable sanitation management. These protocols not only help reduce environmental impacts but also contribute to the sustainable management of waste by promoting safe and eco-friendly practices. Therefore, through this integrated approach, we strive to enhance sanitation practices and drive positive change in public health, environmental conservation, and overall sanitation management.

Vision

• To understand sanitation issues in one health approach
• Develop evidence-based sanitation protocols

Mission

• Holistic understanding of the sanitation issues with the tools of life sciences
• Develop sanitation protocols for the safe valorisation of organic waste

Proposed initiative

1. Development of high-efficiency algal biofilter to control aerosol infections by screening algal strains with glycan array technology
2. Microbe-Algae-Plant (MAP) consortium for vertical garden in nutrient valorisation for animal food
3. Coco Coir fibre & pith for vertical garden model
4. Bacteriophage array for detecting antimicrobial resistance
5. Iron nanoparticles in microplastics remediation in wastewater
6. Fungal biocontrol of wastewater infection
7. Probiotics for food