Abstract
The advent of long-lasting insecticidal nets (popularly known as LLINs) have revolutionized the concept of vector control and are increasingly in demand for wider community acceptance and perceived benefits on account of decreased nuisance due to mosquito bites and relative freedom from malaria. LLINs are currently being promoted worldwide and proven appropriate technology for added advantages of extended residual bio-efficacy and durability that span over 3–4 years (serviceable life of net). These nets employ pyrethroids (a class of insecticide), which have been recommended for use in public health due to their property of negligible mammalian toxicity, rapid knockdown effect, extended longevity of residual effect and affordable costs. LLIN-based intervention has proven efficacious against local disease vectors for containment of malaria transmission in varied ecological settings and is recommended by the World Health Organization for incorporation in health systems prioritizing high-risk population groups. However, population coverage remains miniscule of what is needed for universal coverage to achieve the coveted goal of malaria elimination. The need of hour is greater allocation of resources ensuring equitable access for which innovative strategies are mandated for mass distribution including indigenous production, social marketing, reduced taxes and tariffs and partnership between government, donors and corporate sectors alike, making LLIN a household commodity to combat malaria disease, vectors of malaria and spread of drug-resistant malaria.
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Acknowledgements
This study was partly funded by the Clarke Mosquito Control Products, Inc., Illinois, USA; M/S Sumitomo Chemical India Ltd.; and BASF India Ltd. for logistic supplies of Duranet, Olyset and Interceptor long-lasting insecticidal nets, respectively. The funding agencies did not participate in the experimental design and influence the study results in any manner. The author also wishes to thank the state health directorate of Assam for coordination, local communities for extending cooperation and research support staffs for technical expertise.
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Dev, V. (2021). Long-Lasting Insecticidal Nets: An Evidence-Based Technology for Malaria Vector Control and Future Perspectives. In: Tyagi, B.K. (eds) Genetically Modified and other Innovative Vector Control Technologies. Springer, Singapore. https://doi.org/10.1007/978-981-16-2964-8_15
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