Can IIT Delhi's Innovative Mosquito-Repellent Detergents Combat Malaria and Dengue?

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Can IIT Delhi's Innovative Mosquito-Repellent Detergents Combat Malaria and Dengue?

Synopsis

As mosquito-borne diseases surge, IIT Delhi introduces a revolutionary mosquito-repellent detergent to combat the threat of malaria and dengue. With unique properties that regenerate with each wash, this innovation could change how we safeguard ourselves from these dangerous pests.

Key Takeaways

  • Innovative mosquito-repellent detergent developed by IIT Delhi.
  • Products are available in powder and liquid forms.
  • Proven to reduce mosquito landings on treated fabrics.
  • The active components are regenerated with each wash.
  • Commercialization is anticipated shortly.

New Delhi, Nov 27 (NationPress) In light of the increasing prevalence of mosquito-borne diseases such as malaria, dengue, and chikungunya, researchers at the Indian Institute of Technology (IIT) Delhi announced on Thursday the creation of a groundbreaking mosquito-repellent detergent.

Currently, the protective options available against mosquitoes are liquids, coils, lotions, creams, roll-ons, sprays, and patches.

However, these products have limitations in effectively repelling mosquitoes. For example, topical formulations like creams and lotions can diminish in effectiveness over time, increasing the likelihood of mosquito bites and the diseases they carry.

The newly developed mosquito-repellent detergents come in both powder and liquid forms while maintaining comparable wash-care features, according to the researchers.

“We have created smart detergents aimed at safeguarding individuals from harmful mosquito-borne illnesses. These products have undergone tests in a commercial laboratory and have demonstrated efficacy in repelling mosquitoes,” stated Prof. Javed Nabibaksha Sheikh, from the Dept. of Textile and Fibre Engineering at IIT Delhi.

The evaluation process utilized a 'hand-in-cage' method, where volunteers placed their hands, covered with fabrics, into a box filled with starved mosquitoes.

The researchers assessed the number of mosquitoes landing on the fabric. Fabrics washed with our detergents showed a marked decrease in mosquito landings.

Given that a mosquito's proboscis can easily penetrate fabric, it is vital to prevent them from landing on textiles. Textiles washed with these smart detergents become less appealing to mosquitoes, thereby reducing the chances of bites.

“The active ingredients in the detergents interact with the fibers during the washing process, making them less attractive for mosquito landings. These components affect both the smell and taste receptors of mosquitoes,” Prof. Sheikh elaborated.

Since textiles are regularly washed, the mosquito-repellent properties are replenished with each wash, ensuring their effectiveness and longevity.

A patent has already been filed, and the commercialization of these products is anticipated shortly, according to the institute.

Point of View

The development of mosquito-repellent detergents by IIT Delhi is a significant advancement in public health. As mosquito-borne diseases continue to pose threats, innovative solutions like this not only showcase India's research capabilities but also offer practical measures to protect citizens.
NationPress
28/11/2025

Frequently Asked Questions

How do mosquito-repellent detergents work?
These detergents contain active components that interact with fabric fibers, making them less attractive to mosquitoes, thus reducing the likelihood of bites.
Are the mosquito-repellent properties effective after multiple washes?
Yes, the mosquito-repellent properties are regenerated with each wash, ensuring continued effectiveness.
What types of fabrics can be treated with these detergents?
The detergents are effective on various types of fabrics, providing a protective barrier against mosquitoes.
Is there a patent for this mosquito-repellent detergent?
Yes, a patent has been filed for this innovative product.
When will these products be available commercially?
The commercialization of these products is expected soon, as reported by the institute.
Nation Press