New chemical targets termites with minimal harm to humans

Researchers have developed a targeted treatment using the chemical bistrifluron to control drywood termite infestations. The approach interferes with the insects' molting process and achieved high mortality rates in laboratory tests.

Scientists at the University of California, Riverside tested bistrifluron against western drywood termites. The compound blocks chitin formation needed for new exoskeletons, leading to colony collapse over roughly two months. In one test, it produced 96 percent mortality within 60 days when only a small portion of termites were initially exposed, as the material spread through the colony via feeding behaviors.

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Kitchen scene illustrating natural, non-toxic ways to deter household ants using cleaning, sealed storage, and DIY baits.
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Wellness Mama suggests non-toxic steps to deter ants at home, from cleaning to DIY baits

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A March 5, 2026 guide from Wellness Mama describes a prevention-first approach to household ants, recommending tighter food storage, cleaning to disrupt pheromone trails, and several DIY barriers and baits—while urging caution with ingredients like borax around children and pets.

A hybrid population of honeybees in Southern California demonstrates natural resistance to Varroa mites, a major threat to bee colonies. Researchers at UC Riverside found these bees carry 68% fewer mites and require far less chemical treatment. The discovery, detailed in a new study, suggests early-life defenses in larvae may hold the key.

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Following the deaths of six children in Soweto from terbufos-contaminated food, the South African government has published a ban on the highly toxic pesticide in January 2026. Emeritus Professor Leslie London, who chaired the relevant ministerial committee, highlighted flaws in the country's outdated pesticide regulations. The ban awaits public comments until late February.

Scientists at the National Autonomous University of Mexico have created three new antibiotics using compounds extracted from scorpion venom and habanero peppers. The effort targets tuberculosis and other bacteria that have grown resistant to current treatments.

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Researchers at the University of York have identified a protein called ESB2 that acts as a molecular shredder, enabling the African trypanosome parasite to evade the human immune system. The parasite, which causes sleeping sickness, uses ESB2 to precisely edit its genetic instructions in real time. This breakthrough solves a 40-year mystery in the parasite's biology.

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