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Saving the horseshoe crab: A synthetic alternative to horseshoe crab blood for endotoxin detection

机译:节省马蹄铁蟹:用于内毒素检测的马蹄蟹血液的合成替代品

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摘要

Horseshoe crabs have been integral to the safe production of vaccines and injectable medications for the past 40 years. The bleeding of live horseshoe crabs, a process that leaves thousands dead annually, is an ecologically unsustainable practice for all four species of horseshoe crab and the shorebirds that rely on their eggs as a primary food source during spring migration. Populations of both horseshoe crabs and shorebirds are in decline. This study confirms the efficacy of recombinant Factor C (rFC), a synthetic alternative that eliminates the need for animal products in endotoxin detection. Furthermore, our findings confirm that the biomedical industry can achieve a 90% reduction in the use of reagents derived from horseshoe crabs by using the synthetic alternative for the testing of water and other common materials used in the manufacturing process. This represents an extraordinary opportunity for the biomedical and pharmaceutical industries to significantly contribute to the conservation of horseshoe crabs and the birds that depend on them.
机译:马蹄铁螃蟹对于过去40年来安全生产疫苗和可注射药物的生产。活马蹄蟹的出血,这是每年留下数千人死亡的过程,对所有四种马蹄蟹和春季迁移期间作为主要食物来源依赖鸡蛋的岸上的生态不可持续的做法。马蹄铁蟹和岸鸟的种群正在下降。本研究证实重组因子C(RFC)的功效,一种合成替代品,可消除内毒素检测中的动物产品的需要。此外,我们的调查结果证实,通过使用合成替代方法,通过使用制造过程中使用的水和其他常用材料的合成替代方法,生物医学行业可以实现使用从马蹄蟹的试剂减少90%。这代表了生物医学和制药行业的非凡机会,以显着促进依赖于它们的马蹄蟹和鸟类的养殖。

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