Ziconotide acetate CAS NO.107452-89-1

Ziconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectivZiconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectivZiconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectivZiconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectiv

Ziconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectivZiconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectivZiconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectivZiconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectivZiconotide acetate (ω-Conotoxin MVIIA), the peptide toxin of the Conus magus (cone snail) is a selective antagonist of N-type voltage sensitive calcium channels (VSCC). As a most well-known identified conotoxin so far, it has been used as a effective drug to treat intractable chronic pain in cancer and ADIS patients[2]. Blocks neurotransmitter release by preventing depolarization-induced calcium influx. Used as a ligand for binding studies of voltage sensitive calcium channels. Analgesic; neuroprotectiv