The use of wastewater surveillance for public health in low- and middle-income countries like India is proving to be a game-changer. With tailored approaches and robust sampling methods, monitoring pathogen circulation in sewage systems can provide early warnings of disease outbreaks. As climate change increases the risk of zoonotic diseases, initiatives like APSI-India are pioneering efforts in wastewater-based epidemiology to enhance public health surveillance and preparedness. Discover how integrating wastewater surveillance can bolster disease surveillance capabilities and combat emerging health threats in India.
Picture this – many communities in these countries lack access to centralized sewage systems. Instead, they rely on pit latrines for sewage disposal. Now, enter tailored wastewater-based epidemiology approaches. These innovative methods have been a game-changer in surveying such populations and monitoring pathogen circulation through sewage systems.
But here’s the kicker – robust sampling approaches are key when it comes to environmental sampling in these settings. WBE not only provides early warnings of disease outbreaks but also offers a cost-effective way to monitor the health of large populations by sampling unconnected wastewater systems.
And let’s not forget the impact of climate change on human health, increasing the prevalence of zoonotic diseases. This underscores the importance of pandemic preparedness, where wastewater surveillance plays a pivotal role in tracking pathogens and detecting diseases early on.
Enter APSI-India, a trailblazer in developing wastewater-based epidemiology for public health threat anticipation and management. Their efforts align perfectly with the government’s National Health Policy and Vision 2035 for Public Health Surveillance. APSI is on a mission to build a country-wide network for wastewater surveillance, including sequencing SARS CoV-2 variants and detecting pathogens.
Moreover, APSI is spearheading the development of low-cost pathogen detection kits and standard operating procedures for efficient wastewater sampling and analysis. By integrating APSI’s work into India’s policy framework, we can significantly enhance the country’s disease surveillance capabilities.
In conclusion, it’s clear that collective efforts are essential to integrate wastewater surveillance into existing public health programmes in India, especially in combating zoonotic diseases. Let’s work together to safeguard public health and build a healthier future for all.
