Othman I, Burnett J W
Department of Medicine, University of Maryland School of Medicine, Baltimore.
Toxicon. 1990;28(7):821-35. doi: 10.1016/s0041-0101(09)80005-6.
A survey of several techniques to isolate a purified lethal factor from the tentacles of Chironex fleckeri was completed. Heterologous band patterns were obtained from specific eluates after gel filtration, ion exchange, immunoaffinity and hydrophobic chromatography. SDS-PAGE revealed a dense band at 24,000 mol. wt in many of these fractions. Isoelectric focusing of the crude venom resulted in considerable loss of activity but indicated significant purification in the fractions having a pI of 5.2-6.8. These fractions were also immunologically active against sera from a convalescing post-evenomation patient. The primary difficulties encountered in jellyfish venom purification are the lack of stability and the tendency of the active toxins to adhere to each other and to various support matrices.
完成了一项从箱形水母触须中分离纯化致死因子的多种技术的研究。凝胶过滤、离子交换、免疫亲和和疏水色谱后,从特定洗脱液中获得了异源条带模式。SDS-PAGE显示,在许多这些组分中,分子量为24,000摩尔处有一条密集条带。粗毒液的等电聚焦导致活性显著丧失,但表明在pI为5.2-6.8的组分中有显著纯化。这些组分对中毒康复患者的血清也具有免疫活性。水母毒液纯化中遇到的主要困难是缺乏稳定性,以及活性毒素相互粘附并粘附到各种支持基质上的倾向。