Scientists develop mosquito-killing net using applied nanotechnology
Thai scientists have successfully developed a mosquito-killing net using applied nanotechnology, believed to be the first in Asia, designed to prevent mosquito-borne diseases and to export the nets, according to the executive of the National Nanotechnology Center (NANOTEC).
Dr Sirasak Teparkum, director of NANOTEC’s Technology Transfer Division, told a media briefing that Thai researchers created the mosquito net which they claimed could kill mosquitoes in six minutes.
The nets are treated with insecticide deltamethrin which gives similar results as natural extracts. The substance works by infiltrating into receptor cells at the tips of mosquitoes’ feet which are sensitive to the substance.
Deltamethrin quickly causes a knock-down effect on the mosquitoes, knocking them unconscious and killing them later.
Mr Sirasak explained the nano-mosquito net mainly targets malaria-carrying mosquitoes, culex mosquitoes and other pests, while assuring the substance impregnated into the nets is safe for humans.
Minister of Science and Technology Virachai Virameteekul who also attended the media briefing added that there were two types of fibres, mono-component fibre and bi-component fibre for producing the nano-mosquito-killing net.
For the mono-component fibre, the scientists impregnated the chemical substance into plastic resin before transforming it into fibre.
Meanwhile, the bi-component fibre is already impregnated with the chemical substance in the fibre.
According to the material, the substance can be coated in the fibre. The net can be washed over 30 times with two-year duration. The researcher team expected that the innovation can help boost exports and domestic sales of the mosquito-killing nets which will reduce the products’ imports.
In the past Thailand imported around 200,000-250,000 mosquito-killing nets annually, price between Bt250-500 (US$7.5-16) per piece.
The World Health Organization (WHO) suggested the mosquito-killing nets are a key tool in preventing malaria which is one of the deadly diseases killing many people in developing and underdeveloping countries.
Each year, over 39,209 Thais contract malaria, particularly those living along Thai-Myanmar and Thai-Cambodian borders. (MCOT online news)
Source: MCOT /...
Previous Story: Biology of the gecko foot helps robots to climb
Next Story: Landmark study produces atomic view of key genetic processes
The Institute of Nanotechnology puts significant effort into ensuring that the information provided on its news pages is accurate and up-to-date. However, we cannot guarantee absolute accuracy. Consequently, the Institute of Nanotechnology disclaims any and all responsibility for inaccuracy, omission or any kind of deficiency in relation to the news items and articles hosted herein.
- 04 March 2014NanoCelluComp presents final results at JEC Europe 2014
- 17 February 2014Researchers Hijack Cancer Migration Mechanism to “Move” Brain Tumours
- 12 February 2014Fingerprinting meningitis with lasers
- 06 February 2014European Innovation Convention 2014
- 30 January 2014NanoSafety Cluster Newsletter No.2 - Out Now
- View All