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AP在各组织部位中的摄取占比发现,AP在肝脏中的摄取                         [ 8 ]  PHAECHAMUD T,TUNTARAWONGSA S. Transforma-
        占比高达 48.49%,而在血浆、脾、脑组织中分别仅为                             tion of eutectic emulsion to nanosuspension fabricating
        10.40%、10.19%、4.09%;且比较AP原料药与AP-NPs在                    with solvent evaporation and ultrasonication technique[J].
        各组织中的摄取占比改变值发现,其在肝脏中占比改变                                Int J Nanomedicine,2016. DOI:10.2147/IJN.S108355.
                                                           [ 9 ]  LESTARI M,MÜLLER RH,MÖSCHWITZER JP. The
        值最大,为 15.71%,而血浆、脾、脑中分别仅为 0.94%、
                                                                scalability of wet ball milling for the production of nano-
        2.11%、0.59%。这提示与AP原料药相比,AP-NPs增加
                                                                suspensions[J]. Pharm Nanotechnol,2019. DOI:10.2174/
        了药物在肝脏部位的聚集。
                                                                2211738507666190401142530.
            综上所述,本研究建立的 HPLC 法操作简便,专属
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        性强,灵敏度、精密度高,可用于小鼠血浆以及组织样品                               blocks IKK α activation and suppresses prostate cancer
        中 AP 质量浓度的检测及药动学的研究。将 AP 制成                             progression[J]. Oncotarget,2015. DOI:10.18632/oncotag-
        NPs后,药物的组织分布有所改变,尤其对肝的靶向作用                              et.5157.
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        的抗肿瘤和逆转多药耐药的作用,本课题组将进一步探                                colorectal cancer cell proliferation,migration and inva-
        讨经口给予 AP-NPs 对肝癌的干预作用,同时也将进一                            sion via inhibition of the Wnt/β-catenin signaling path-
        步评价AP-NPs这类口服中药抗肿瘤制剂与化疗药物联                              way[J]. Oncol Lett,2016,11(5):3075-3080.
        合治疗的效果,并探讨其可能机制,为抗肿瘤治疗提供                           [12]  VILCHEZ V,TURCIOS L,MARTI F,et al. Targeting
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        中国药房    2020年第31卷第4期                                               China Pharmacy 2020 Vol. 31 No. 4  ·463  ·
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