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ProteomicsDisruption of Glucose Homeostasis in Prey: Combinatorial Use of Weaponized Mimetics of Somatostatin and Insulin by a Fish-Hunting Cone Snail
Venomous animals have evolved diverse molecular mechanisms to incapacitate prey and defend against predators. The majority of venom components characterized to date disrupt the nervous, locomotor, and cardiovascular system or causes tissue damage and degradation1. The discovery that certain species ...
ORGANISM(S): Conus geographus (Geography cone) (Nubecula geographus) 
2024-06-26 | PXD053107 | Pride
Cabals Glycosylation Somatostatin Weaponized hormones Venom Chemical mimicry Glycopeptides Doppelganger peptide Toxins Cone snail Glucose homeostasis Insulin 
ProteomicsDisruption of Glucose Homeostasis in Prey: Combinatorial Use of Weaponized Mimetics of Somatostatin and Insulin by a Fish-Hunting Cone Snail
Venomous animals have evolved diverse molecular mechanisms to incapacitate prey and defend against predators. The majority of venom components characterized to date disrupt the nervous, locomotor, and cardiovascular system or causes tissue damage and degradation. The discovery that certain species o...
ORGANISM(S): Conus geographus (Geography cone) (Nubecula geographus) 
2024-06-26 | PXD052869 | Pride
Cabals Glycosylation Somatostatin Weaponized hormones Venom Chemical mimicry Glycopeptides Doppelganger peptide Toxins Cone snail Glucose homeostasis Insulin 
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