Asked by
Birds of the sky (2 Golds)
Tuesday, 22 Oct 2019, 12:50 AM
at (Technology
Internet)
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Answer(s):
Dengue mosquitoes are among the most widely discussed in the country at present. Scientists have been working for a long time to get rid of the painful and dangerous mosquitoes and control mosquitoes. They have already invented several effective ways. Instead of sprinkling conventional drugs, high-tech mosquito nets are now waiting to be used. Today's features with six such technologies capable of mosquito free- Gene Editing Technology: Mosquito-borne diseases like dengue are cured by proper treatment. However, many times in developing countries, without proper medicines and proper treatment, they can have serious consequences. Realizing this, researchers at Johns Hopkins University have developed a special method for preventing mosquitoes. They have applied CRISPR gene editing methods to prevent malaria parasites. The mosquito malaria gene is removed by the CRISPR or Cash3 gene editing method. They have already applied the experimental method of this method. Malaria parasites in mosquito beds before they reach harmful levels for humans. Doubts have been raised about the application of this method. Mosquito Detection App: Researchers at the University of Oxford are developing an app that can detect different species of mosquitoes using the machine learning method Acoustic. The app can accurately identify mosquitoes of the genus Anopheles. The mosquitoes of this species can spread malaria. Researchers claim that the success rate for the detection of anopheles mosquitoes through the app is 32 percent. To further expand this project, the research team is recording more and more high-quality sounds of mosquitoes, so that 3,000 mosquitoes can be identified. Although it is not possible to remove mosquito bites through this app, it will give an idea about the mosquito-borne mosquito. Drone Dumping: To kill mosquitoes would be without mosquitoes. Robotic maker company Weerobotics reported a strange concept that sounds strange. According to their proposal, disinfected mosquitoes will be located in certain mosquito-borne areas through drones. It will be possible to reduce the number of male mosquitoes by up to 5 percent. The company has already started experimenting with the use of drones to increase the number of mosquitoes with specialized bacteria to prevent mosquito spread. Wristband: The tiny creature can understand the prediction of major storms, even though the virus has spread from the virus. Then they move away. With the electromagnetic signal it is possible to predict the storm in the mosquito brain. It provides temporary release from mosquito bites. A company called NopixGo has developed a wristband capable of delivering such electromagnetic signals. The device they create produces weak waves, which signal the mosquito to the storm. The mosquitoes go away. Killer mosquitoes: When an enterprise is not working properly, genetically engineered killer mosquitoes can be brought to the field. Meanwhile, US-based Kentucky biotech company 'Mosquito mate' has produced killer mosquitoes. In their project, male mosquitoes are created as insect pesticides. When these mosquitoes combine with female mosquitoes, mosquito eggs do not hatch. The Environmental Protection Agency has officially been involved with the project over the past year. Many experiments have been conducted on this. Photogenic Fence: Researchers have created a photonic mesh to control mosquitoes completely. This is basically a laser special mesh. Special mesh-shaped laser rays are fired to protect the mosquito from its hands. This is called 'photonic fence'. At 20, Nathan Marvold, chief technology officer at Ted Talk's technology firm Microsoft, spoke of a photonic fence. This method is capable of killing or completely destroying a mosquito's wings by means of a small power laser. Up to 8% of mosquitoes can be killed if they detect the mosquito by placing the device in a house, institution or office. Answered by Birds of the sky (2 Golds) Tuesday, 22 Oct 2019, 12:52 AM |