Today’s Solutions: June 13, 2026

Nearly half the world’s population lives in areas vulnerable to malaria which kills roughly 450,000 people every year. And while it’s tempting to spray heavily for the mosquitoes that spread the disease, the suckers have developed resistance to conventional insecticides – also believed to be toxic to humans and other animals.

Now, however, scientists have finally discovered a neurotoxin that only kills the offending mosquitoes. About 30 years ago, researchers identified a strain of bacteria that kills the insects. Since the bacteria’s method of attack was not understood, it couldn’t be replicated or used as an alternative to chemical insecticides – until now. The researchers started by creating a mutant strain of the bacteria that could not produce the toxin. By comparing the nontoxic strain to the one that kills the mosquitos, they found proteins in the bacteria that are key to producing the toxin.

The team has applied for a patent on this discovery and now hopes to find partners that will help them develop their bacteria-based mosquito insecticide.

Solutions News Source Print this article
More of Today's Solutions

A revived old custom in Italy is helping those in need during the pandemic

In Italy, where the coronavirus has shuttered more than 2 million businesses and left one in every two workers without income, some Italians are ...

Read More

Hungarian scientist uncovers gene-based therapy that could cure blindness

Since 1985, the Körber Foundation in Hamburg has been awarding a prestigious prize to scientists whose work has applied futuristic techniques to physical sciences. ...

Read More

Scientists discover prehistoric dolphin species in landlocked Switzerland

Paleontologists have recently made an extraordinary discovery in landlocked Switzerland: two new species of dolphin dating back to 20 million years ago. Ancient dolphin ...

Read More

Reef Stars revival: innovative solutions to coral reef restoration

Coral reefs, vibrant undersea ecosystems brimming with life, are experiencing an existential crisis. With forecasts indicating that 90 percent of these unique ecosystems may ...

Read More