The Geographer Cone Snail, a beautiful but deadly ocean predator, uses a potent neurotoxic venom delivered via a harpoon-like tooth to paralyze prey instantly. While its sting can be fatal to humans, ...

Recently, Beckylee Rawls and her husband went tidepooling in Okinawa, Japan, where they live While exploring the pools, the project manager noticed something unusual: the top of a beautiful shell.

Post-doctoral researcher Ho Yan Yeung pulls samples of cone snail venom out of a ultra low temp freezer while explaining her research inside of a lab in the Emma Eccles Jones Medical Research Building ...

Ever heard of conotoxins? They are bioactive peptides present in the venom of the predatory marine cone snails that are well known for their effective envenomation strategy. The conotoxins help these ...

A venomous sea snail could hold the key to developing more effective painkillers with a reduced risk of addiction, researchers say. Deadly venom produced by cone snails has occasionally killed humans, ...

Toxins from cone snail venom may help point the way to better relief of severe nerve pain in people, researchers report. Results were promising in tests on rats with a type of nerve pain similar to ...

Bea Ramiro began to study the sea snail species Conus rolani more or less by chance. Together with two fishermen she was collecting material in the waters off the Philippine island of Cebu in 2018. At ...

Grabbing a live cone snail while collecting seashells could get you jabbed with a fanglike dart full of potentially fatal—and incredibly fast-acting—venom. But studying how this substance hijacks key ...

Researchers have found that variants of this cone snail venom could offer future possibilities for developing new fast-acting drugs to help treat diabetics. The tapered cone shell is popular among ...

Beneath the clear tropical waters lurks one of the ocean’s most dangerous creatures — the Geographer Cone Snail (Conus geographus). Its beautifully patterned, intricately marbled shell conceals a ...

A sea snail living in the Pacific Ocean off the Philippines may be able to help scientists develop an alternative to addictive painkillers like morphine, a new study concludes. Bea Ramiro began to ...