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Keyword [Conotoxins]
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1. Effects Of SO-3, A Novel Conotoxin In Pain Control, On Lon Channels
2. Study On The Structure-activity Relationship Of Conopeptide Conantokins, Isolation And Characterization Of The Conotoxins From Conus Textile In South China Sea
3. The Structure-activity Relationship Study Of α-conotoxins Which Target At Nicotinic Acetylcholine Receptor α9α10 Subtype
4. Syntheses And Modifications Of Conotoxins From South China Sea
5. Chemical Synthesis And Oxidative Folding Of Conotoxin B179 And B8.1T
6. Analgesic Pharmacology And Target Of Conotoxin LvD2
7. Analgesic Pharmacology And Target Of Conotoxin LvD21
8. Physiological Activity And Analgesic Pharmacology Of Several New Conotoxins
9. Analgesic Pharmacodynamics And Target Of Conotoxin Txd1
10. Synthesis And Function Study Of Mutants Of α-conotoxin LvIA
11. Study On Several Conotoxins And Antipyretic Analgesic Drugs Targeting CAV2.2 Channels Via GABA_B Receptor
12. The interaction of alpha-conotoxins PnIA and MII with alpha3beta2 neuronal nicotinic acetylcholine receptors
13. Delta- and mu-conotoxins: Peptides from cone snail venoms that selectively affect tetrodotoxin-sensitive and tetrodotoxin-resistant voltage-gated sodium channels
14. mu-Conotoxins as modulators of electrical signaling in nerve and muscle: Molecular basis of sodium channel block and discrimination among closely related channels
15. Natural alpha four, three conotoxins and combinatorial analogues of them: Inhibitors of the alpha seven nicotinic acetylcholine receptor
16. Characterization of conotoxins and nitric oxide-mediated protein modification in synaptic function
17. Isolation and characterization of conotoxins from the venom of Conus planorbis and Conus ferrugineus
18. Structure-Activity Relationship Of α-Conotoxins Selectively Targeting Different Nicotinic Acetylcholine Receptor Subtypes
19. Study On Synthesis And Bioactivity Of Novel Conotoxins Lv68 And Lv78
20. Identification Of Crucial Residues In α-conotoxin GI,EI Inhibiting Muscle Nicotinic Acetylcholine Receptor And Its Structure-Activity Relationship
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