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Diversification of animal venom peptides: were Jellyfish the first combinatorial chemists? (CROSBI ID 225565)
Prilog u časopisu | izvorni znanstveni rad | međunarodna recenzija
Starcevic, Antonio ; Long, Paul F.
Diversification of animal venom peptides: were Jellyfish the first combinatorial chemists? // ChemBioChem : a European journal of chemical biology, 14 (2013), 12; 1407-1409
Podaci o odgovornosti
Starcevic, Antonio ; Long, Paul F.
engleski
Diversification of animal venom peptides: were Jellyfish the first combinatorial chemists?
An ocean of data: Huge numbers of protein toxins are found in animal venoms. This diversity is widely believed to have arisen by gene duplication events. However, recent data now challenges this tradition view. Here we highlight how jellyfish could hold the key to unravelling toxin diversification, with a view towards future combinatorial biosynthesis of toxin libraries.
Cnidaria ; drug design ; molecular evolution ; toxins ; venoms
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