研究领域

蜘蛛毒素

论文与著作

[1]  Physiological and biochemical analysis toreveal the molecular basis for black widow spiderling toxicity. J BIOCHEMMOLECULAR TOXICOLOGY. 2014, 28:198-205.

[2]Cytotoxic and apoptoticactivities of black widow spiderling extract against HeLa cells. Experimentaland Therapeutic Medicine.

[3] Isolation and identification of a sodium channel-inhibitingprotein from eggs of black widow spiders. Biological Macromolecules.65,2014:115-120.

[4] Synaptotagmin 1 delays the fast inactivation of Kv1.4 channelthrough interaction with its N-terminus. Mol Brain,2014,7:4-18.

[5] Physiological and biochemical characterization of egg extract ofblack widow spiders to uncover molecular basis of egg toxicity. Biol Res,2014,47:17-29.

[6] Lei Q, Yu H, Peng X, Yan S,Wang J, Yan Y, Wang X.Isolation andpreliminary characterization of proteinaceous toxins with insecticidal andantibacterial activities from black widow spider (L. tredecimguttatus) eggs.Toxins.2015, 7(3):886-99.