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Chemometric studies of pheo formulated in pluronics?: photodynamic action against Artemia salina

机译:普鲁尼克尼克制剂中pheo的化学计量学研究?:针对卤虫卤的光动力作用

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The self-aggregation of pheophytin, a possible photosensitizer for Photodynamic Therapy, is solved by formulation in polymeric surfactant as P-123. The photosensitizer incorporation was found to be time dependent, exhibiting two steps: a partition at the micellar interface followed by an incorporation into the micelle core. The photodynamic efficiency of the formulation was tested by the bioassays against Artemia salina. In order to evaluate how the experimental parameters: pheophytin concentration, P-123 percentage and illumination time influenced the death of artemia, the factorial design 23 was chosen. The illumination time was found to be the main factor contributing to the mortality of artemia.
机译:脱镁叶绿素的自聚集是光动力疗法的一种可能的光敏剂,可以通过在聚合物表面活性剂中配制为P-123来解决。发现光敏剂的掺入是时间依赖性的,表现出两个步骤:在胶束界面处分配,然后掺入胶束核心。通过针对卤虫卤虫的生物测定法测试了制剂的光动力效率。为了评估实验参数:脱镁叶绿素浓度,P-123百分比和光照时间如何影响卤虫的死亡,选择了析因设计23。发现照射时间是导致卤虫死亡率的主要因素。

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