CHENYong-gen, SANGMing, LUWu-guang, WANGMing-yuan, LIUJin-man, CHENSheng-jun, LISong, HUChun-ping, WANGQi, CAOPeng. Development of a BmK Scorpion Quality Control Technology Based on Toxin Peptide BmK NaTx-13[J]. Journal of Nanjing University of traditional Chinese Medicine, 2020, 36(4): 509-516.
Citation: CHENYong-gen, SANGMing, LUWu-guang, WANGMing-yuan, LIUJin-man, CHENSheng-jun, LISong, HUChun-ping, WANGQi, CAOPeng. Development of a BmK Scorpion Quality Control Technology Based on Toxin Peptide BmK NaTx-13[J]. Journal of Nanjing University of traditional Chinese Medicine, 2020, 36(4): 509-516.

Development of a BmK Scorpion Quality Control Technology Based on Toxin Peptide BmK NaTx-13

  • OBJECTIVE To develop a BmK Scorpion quality control technology based on toxin peptide. METHODS In this study, a novel sodium channel toxin BmK NaTx-13 was isolated from BV, and the specific polyclonal antibody against BmK NaTx-13 was obtained by immunizing rabbits. RESULTS A competitive enzyme linked immunosorbent assay (ELISA) based on BmK NaTx-13 specific antibody could detect the content of BmK NaTx-13 in the processed BmK scorpion extract and showed a good linear concentration dependent. CONCLUSION This research provided a rapid immunoassay method for establishing the quality detection processed BmK scorpion, and provided an insight for improving the quality standard of whole scorpion medicine.
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