In vivo Testing of a Bone-selective Fullerene: Preliminary Safety and Efficacy Testing

C. Ambrose, I. R. G. Peralta, J. Mika, Gloria R. Gogola, E. Johnson, L. Culton, Michael J. Condron, C. Heiss, L. Wilson
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Abstract

Purpose and Methods: Previous in vitro experiments have demonstrated that the addition of bisphosphonate groups to a fullerene (C60) molecule may lead to a drug delivery system targeted to bone. To determine the safety and the efficacy of the C60 bisphosphonated compound, a rat model of osteoporosis has been employed. Results: Two different doses were studied and the results demonstrated that the C60 compound is safe in the rat model: no significant behavior changes occurred, weight gains were normal, and no significant pathology was noted in the kidney, liver or esophagi of the animals when the test compound was administered orally over the course of eight weeks. The test compound also resulted in positive changes in the bone architecture of the treated ovariectomized animals. Conclusion: This indicates that the compound was delivered to bone and that it was bioactive.
骨选择性富勒烯的体内试验:初步安全性和有效性试验
目的和方法:先前的体外实验已经证明,在富勒烯(C60)分子上添加双膦酸盐基团可能导致靶向骨的药物传递系统。为了确定C60双膦化化合物的安全性和有效性,我们建立了骨质疏松大鼠模型。结果:研究了两种不同剂量的C60化合物,结果表明C60化合物在大鼠模型中是安全的:在8周的口服过程中,没有发生明显的行为改变,体重增加正常,肾脏,肝脏或食道没有明显的病理变化。测试化合物还导致卵巢切除动物的骨骼结构发生积极变化。结论:该化合物具有骨传递作用,具有一定的生物活性。
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