University of Queensland pain treatment researchers have discovered thousands of new peptide toxins hidden deep within the venom of just one type of Queensland cone snail.
Biochemistry
Jul 6, 2015
0
39
A new study by University of Michigan biologists suggests that some predatory marine cone snails evolved a highly diverse set of venoms that enables them to capture and paralyze a broad range of prey species.
Plants & Animals
Mar 18, 2015
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30
Cone snail venom has given University of Queensland researchers a lead on the possible detection and treatment of some cancers and addictions.
Biochemistry
Jan 8, 2015
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46
(Phys.org) —Cone snails change "weapons" depending on whether they are hunting or defending themselves, University of Queensland researchers have discovered.
Plants & Animals
Mar 27, 2014
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0
Those who fly to tropical shores this Christmas in search of sea and sun may be unaware that an exotic shell picked from the beach could potentially bring relief to many thousands of people suffering life-threatening illnesses.
Ecology
Dec 23, 2013
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0
(Phys.org)—A team of Austrian researchers has found that Hebomoia glaucippe, known as the great orange tip butterfly, has a toxin in its wing tips that is identical to a toxin used by a predatory sea snail to kill prey. ...
(Phys.org) -- When tropical marine cone snails sink their harpoon-like teeth into their prey, they inject paralyzing venoms made from a potent mix of more than 100 different neurotoxins.
Biotechnology
Apr 10, 2012
3
0
(PhysOrg.com) -- Canadian Louise Page, associate professor at the University of Victoria, BC, has solved a mystery that has perplexed zoologists since early 19th century naturalists first wondered if venomous cone snails ...
Most people have collected shells at the beach. Some have even started a shell collection. But few people realise these shells are a unique genetic resource that scientists are only beginning to tap into.
Ecology
Aug 25, 2022
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7
The deadly venom of a poisonous sea snail could hold the key to developing new medicines including more effective, less addictive forms of pain relief.
Biochemistry
Mar 30, 2022
0
11
