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抑制、神经毒性、肝毒性、肾毒性等,从而影响DTX-IN在                       [ 6 ]  YADAV D K,PAWAR H,WANKHADE S,et al. Develop‐
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          临床上的使用 。因此,提高 DTX 在肿瘤组织的浓度,                             ment of novel docetaxel phospholipid nanoparticles for in‐
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          对提高疗效、降低毒副作用具有重要意义 。                                    travenous  administration:quality  by  design  approach[J].
              前期研究已经证实,模型兔给予 DTX-LP 和 DTX-                        AAPS PharmSciTech,2015,16(4):855-864.
                                                             [ 7 ]  GU Z L,DA SILVA C G,HAO Y,et al. Effective combi‐
          IN 0.5、1.5、4、8、12 h 后,DTX-LP 组模型兔肺组织中
                                                                  nation  of  liposome-targeted  chemotherapy  and  PD-L1
          DTX 的浓度分别为 DTX-IN 组的 12.1、10.2、7.5、3.3、7.2
                                                                  blockade  of  murine  colon  cancer[J].  J  Control  Release,
          倍 。由于 DTX-LP 明显地改变了 DTX-IN 在兔体内的
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          组织分布行为,因此需要从药动学角度比较两者之间的
                                                             [ 8 ]  BRAAL  C  L,BRUIJN  P  D,ATRAFI  F,et  al.  A  new
          差异,进一步明确DTX-LP的体内变化全过程,为其在临
                                                                  method  for  the  determination  of  total  and  released
          床上的安全使用奠定基础。本文结果证实,与 DTX-IN                             docetaxel from docetaxel-entrapped core-crosslinked poly‐
          组比较,DTX-LP组模型兔在各时间点的血药浓度更低,                             meric  micelles (CriPec )  by  LC-MS/MS  and  its  clinical
                                                                                   ®
          这是由于DTX-LP将更多的药物分布在肺部和肿瘤组织                              application in plasma and tissues in patients with various
          中,使血浆中的药物减少。DTX-LP 组 t1/2、AUC0→480 min、                 tumours[J]. J Pharm Biomed Anal,2018,161:168-174.
          AUC0→∞降低,提示该制剂能快速从体循环中分布到肺靶                        [ 9 ]  ZHU Y  Q,JIANG Y,MENG  F  H,et  al.  Highly  effica‐
          器官,使得血浆中药物的分布降低,由此推测,该制剂在                               cious  and  specific  anti-glioma  chemotherapy  by  tandem
          产生肺靶向效果的同时,也可降低全身毒性。                                    nanomicelles co-functionalized with brain tumor-targeting
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                                                                  circulation EpCAM targeted drug delivery system and its
          床应用前景的靶向制剂。
                                                                  application in the diagnosis and treatment of breast cancer
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          中国药房  2023年第34卷第15期                                              China Pharmacy  2023 Vol. 34  No. 15    · 1839 ·
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