#Cocaineaddiction

In a landmark scientific breakthrough, researchers have engineered fruit flies to voluntarily consume cocaine, establishing the world’s first insect model for studying the genetic and neurological roots of cocaine addiction. This innovative approach, announced in the Journal of Neuroscience and led by experts at the University of Utah, promises to accelerate the discovery of effective treatments for one of the most challenging substance use disorders worldwide, opening new horizons for both basic research and therapeutic development (NeuroscienceNews.com).

A team of researchers has created a fruit-fly model to study cocaine addiction, marking the first time insects have been used to explore the genetic and neurological roots of this disorder. The study, led by experts at a major university and published in a prominent neuroscience journal, aims to speed up the search for effective treatments for cocaine use disorder. The work suggests new ways to approach addiction research that could eventually benefit patients in Thailand and around the world.

A new scientific breakthrough could accelerate global efforts to treat cocaine use disorder. Researchers at a major university have created the world’s first fruit fly model of cocaine addiction. By disabling the flies’ bitter-sensing nerves, the team caused them to self-administer cocaine-laced sugar water, a behavior never before seen in fruit flies. The study, published in a leading neuroscience journal and summarized by science outlets, signals a fast, cost-effective path to uncover genetic factors behind addiction.

In a scientific advance with potential global impact, researchers have engineered the world’s first fruit fly model of cocaine addiction—an innovation that promises to accelerate our understanding of cocaine use disorder and speed the development of effective treatments. By genetically modifying fruit flies to disable their bitter-sensing receptors, a research team led by a psychiatry specialist at the University of Utah has successfully encouraged addictive, voluntary cocaine self-administration in the insects, an outcome described in their recent Journal of Neuroscience publication and highlighted by Neuroscience News.