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An In-depth Technical Guide to the Biochemical Properties of Apamin Apamin is a structurally rigid peptide due to the presence of two disulfide bridges (Cys1-Cys11 and Cys3-Cys15) and a network of seven hydrogen bonds [1] Its compact, globular structure is essential for its biological activity
Apamin - Wikipedia Apamin binds to the SK channels, which differ slightly in different tissues So apamin binding is probably stronger in SK channels in the ventricular system than in other tissues
What Is Apamin and What Does This Compound Do? Its structure is rigid due to two disulfide bridges and seven hydrogen bonds, which contribute to its stability and specific activity Apamin’s primary action involves its selective ability to block small-conductance calcium-activated potassium (SK) channels
Apamin structure and pharmacology revisited - PMC Primary structure determination showed that apamin contains 18 amino acid residues (Haux et al , 1967; Shipolini et al , 1967), with two intramolecular disulfide bonds (Cys1–Cys11 and Cys3–Cys15) (Callewaert et al , 1968)
Apamin Explained Apamin binds to the SK channels, which differ slightly in different tissues So apamin binding is probably stronger in SK channels in the ventricular system than in other tissues
Chemistry:Apamin - HandWiki Apamin is very rigid because of the two disulfide bridges and seven hydrogen bonds The three-dimensional structure of apamin has been studied with several spectroscopical techniques: HNMR, Circular Dichroism, Raman spectroscopy, FT-IR
(PDF) Apamin structure and pharmacology revisited - ResearchGate The spatial structure of apamin in aqueous solution was determined by NMR spectroscopy We tested apamin against 42 ion channels (K Ca , K V , Na V , nAChR, ASIC, and others) and confirmed its
Apamin - Wikiwand Apamin binds to the SK channels, which differ slightly in different tissues So apamin binding is probably stronger in SK channels in the ventricular system than in other tissues
Apamin structure and pharmacology revisited - Frontiers Primary structure determination showed that apamin contains 18 amino acid residues (Haux et al , 1967; Shipolini et al , 1967), with two intramolecular disulfide bonds (Cys1–Cys11 and Cys3–Cys15) (Callewaert et al , 1968)