Blue Origin New Glenn Explosion Could Delay Launch Operations Until 2028 
FDA Investigates New Cyclospora Outbreak as U.S. Cases Continue to Rise 
US-Backed Pediatric HIV Treatment Drops After Foreign Aid Changes, Study Finds 
NASA Partners with Katalyst to Save Swift Observatory with Innovative Docking Mission 
Moderna Short Sellers Hit With $4.8 Billion Loss as Stock Soars 
Neuralink Plans High-Volume Brain Implant Production and Fully Automated Surgery by 2026 
Blue Origin’s New Glenn Achieves Breakthrough Success With First NASA Mission 
Novo Nordisk Raises 2025 Outlook Despite Wegovy Pill Miss and CagriSema Setback 
France Battles Mediterranean Wildfires as Heatwave Fuels Fire Risk 
AstraZeneca Q2 Earnings Beat Forecasts as Oncology Growth Supports 2026 Outlook 
Novo Nordisk Eyes Turnaround as Oral Wegovy Challenges Eli Lilly in Weight-Loss Drug Race 
New Mexico Measles Outbreak Cost Reached $5.4 Million, Study Finds 
Venezuela Earthquake Health Risks Rise as Disease Monitoring Intensifies 
Trump Signs Order to Cut Routine Childhood Vaccines 
Add as a preferred source on Google
Mosquitos are the single deadliest insects in the world, killing millions of people every year through various diseases like dengue, malaria, and most recently, afflicting infants with the devastating effects of the Zika virus. A new insecticide was recently created, which has the effect of killing mosquitos by essentially making them bloat up with blood that they suck.
Jerod Denton, Ph.D., a pharmacologist at Vanderbilt recently published a study detailing how a molecule found in an experimental insecticide inhibits mosquitos from producing urine, Phys.org reports. Together with Peter Piermarini, Ph.D., an entomologist at Ohio State and several others, the study was published in the Scientific Reports journal.
The molecule in question is called the VU041 and it was tested out on the mosquito species Anopheles gambiae and Aedes aegypti. The former is a common carrier of malaria, while the latter is largely responsible for infecting people with the Zika virus. By introducing the molecule into the system of both mosquito species, their ability to produce urine is stopped.
"We're essentially preventing mosquitoes from producing urine after they take a blood meal," Denton explains.
As a result of the inhibition, the mosquitos end up blowing up in size by up to three hundred percent, in some case. This leads to the obvious result of being unable to fly, shortly followed by death.
These findings could not have come at a better time. The Zika virus had already crossed the Rio Grande and has even infected patients in Asian countries. According to The Independent, infected cases in Texas are only to be expected in the future, slowly crawling upwards.
Another reason why insecticides that target other parts of the mosquito in order to kill them are so important is the resistance that the insects are building towards conventional sprays. Most insecticides affect the nervous system of mosquitos, causing them to lose control and unable to fly. Over the years, most species exposed to the chemicals have built up a tolerance, thus rendering such products ineffective.
