Molecules in tarantula venom could be used as an alternative to opioid pain killers for people seeking chronic pain relief.
The © University of Queensland | Spider venom key to pain relief without side-effects
University of Queensland researchers have designed a novel  mini-protein that can potentially relieve  without addiction.
Dr. Christina Schroeder from UQ's Institute for Molecular Bioscience said the current opioid crisis around the world meant urgent alternatives to morphine and morphine-like drugs, such as fentanyl and oxycodone, were desperately needed.
"Although opioids are effective in producing pain relief, they come with unwanted  like nausea, constipation and the risk of addiction, placing a huge burden on society," Dr. Schroeder said.
"Our study found that a mini-protein in tarantula venom from the Chinese bird spider, known as Huwentoxin-IV, binds to pain receptors in the body.
"By using a three-pronged approach in our drug design that incorporates the mini-protein, its receptor and the surrounding membrane from the spider venom, we've altered this mini-protein resulting in greater potency and specificity for specific pain receptors.
"This ensures that just the right amount of the mini-protein attaches itself to the receptor and the  surrounding the pain receptors."
Dr. Schroeder said the mini-protein had been tested in mouse models and shown to work effectively.
"Our findings could potentially lead to an alternative method of treating pain without the side-effects and reduce many individuals' reliance on opioids for ," she said.
This article was originally published by the University of Queensland.
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