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8350 results for "mosquito-borne disease"
Google seeks approval to release 32 million specially treated mosquitoes in Florida and California to combat West Nile virus and other deadly diseases. The innovative approach uses bacteria and AI-powered robotics to reduce disease-carrying mosquito populations without adding more biters.
Google is seeking approval to release millions of bacteria-infected mosquitoes in California and Florida to stop the spread of West Nile virus and other deadly diseases. The innovative approach could reduce disease-carrying mosquito populations without using harmful pesticides.
A groundbreaking public health trial could dramatically reduce mosquito-borne illnesses using specially treated insects instead of pesticides. Google is seeking federal approval to release 32 million modified mosquitoes across California and Florida over the next two years.
Scientists at Google's Debug program plan to release 16 million specially bred male mosquitoes in Florida and California to combat disease-spreading invasive species. The sterile males will mate with wild females, preventing their eggs from hatching and shrinking dangerous mosquito populations naturally.
Google is asking permission to release millions of sterile male mosquitoes in California and Florida to fight West Nile virus and encephalitis. The innovative approach uses bacteria to prevent disease-carrying mosquitoes from reproducing, with no genetic modification required.
Scientists at Google are fighting disease-spreading mosquitoes by releasing millions of sterile males that prevent the next generation from hatching. The innovative approach targets an invasive species responsible for dengue, Zika, and yellow fever without adding more bites.
Southern California is unleashing nearly half a million mosquitoes into neighborhoods, and it's brilliant. These specially prepared males will crash the local mosquito population without a single bite.
African researchers are racing to develop the continent's first chikungunya vaccine designed specifically for children and local populations. Rwanda is leading a four-year, $17 million partnership across four African nations to test and eventually manufacture the life-saving vaccine.
Google wants to fight deadly disease by releasing 32 million bacteria-infected male mosquitoes in California and Florida. The tech giant's innovative approach has already cut dengue cases by 70% in Singapore.
Scientists at Google are fighting disease-spreading mosquitoes by releasing millions of sterile male mosquitoes to shrink future populations. The clever strategy targets an invasive species that threatens 40% of the world's population with deadly diseases.
Uganda is launching an early warning system that uses weather data to predict mosquito-borne disease outbreaks before they happen. The FORECAST project brings together scientists, health workers, and communities to protect lives through prevention instead of reaction.
Researchers discovered how to disguise healthy mitochondria so they can slip into diseased cells undetected, extending the lives of mice with a fatal genetic disorder. The breakthrough could one day help children born with rare mitochondrial diseases.
Google wants to flood California with millions of sterile mosquitoes to fight disease-carrying invaders. The innovative pest control method could protect millions from dengue, Zika, and other serious illnesses.
A new Lyme disease vaccine from Pfizer has shown 70% effectiveness in clinical trials, offering hope for protection against the tick-borne illness that affects hundreds of thousands annually. This marks the first promising Lyme vaccine in over two decades.
A University of Kentucky scientist is turning Lyme disease bacteria against itself in a promising new treatment approach. The breakthrough comes as tick-borne illnesses have jumped 128% nationwide since 2020.
A two-year project in Laos released specially bred mosquitoes carrying Wolbachia bacteria, cutting dengue cases from 20,000 to just 1,500. The community-driven solution is now expanding to four new provinces to protect 1.2 million more people.
Google wants to release millions of sterilized mosquitoes in California to combat disease-carrying insects using breakthrough technology. A 2018 trial in Fresno saw a stunning 95% drop in the biting mosquito population.
Arizona State University researchers just cracked a mystery that could lead to new treatments for tularemia, a deadly tick-borne disease so potent that just 10 bacterial cells can cause infection. For the first time, scientists isolated and studied the proteins that help this dangerous pathogen survive inside human cells.
For the first time ever, children and adults with Alexander disease have a treatment that attacks the root cause of their condition, not just the symptoms. The FDA's approval of zilganersen gives hope to families facing a disease that has always been fatal.
A groundbreaking treatment for Huntington's disease just cleared a major hurdle, bringing hope to 240,000 Americans affected by this devastating condition. The experimental therapy could become the first disease-modifying treatment for a disorder that has had none.
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