Multifunctional lipopolymeric nanosystem for photothermal assisted cancer therapy

Monika Pebam, A. Rengan
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Abstract

PTT has shown promising target cancer therapy and has been able to achieve high cancer cell death rates while rescuing normal tissue. In this article, IR-775 a less explored hydrophobic photosensitizer was used in combination with polyphenols for the treatment of cancer. The nanosystem consists of HSPC, PLA, IR-775 dye and the polyphenols constituents from Terminalia chebula. The lipopolymeric nanosystem HP pIR NPs (HSPC-PLA-polyphenols extract-IR775) exhibit size range of (142.6 ± 2nm). HP pIR NPs have shown excellent intracellular uptake when studied against A549 and zebrafish. Both the PDT/PTT trigger ROS production and enhance the cancer cell death inhibiting the growth of the remnant cell.
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光热辅助癌症治疗的多功能脂聚合物纳米系统
PTT已经显示出有希望的靶向癌症治疗,并且能够在挽救正常组织的同时实现高癌细胞死亡率。在这篇文章中,IR-775是一种较少被探索的疏水性光敏剂,它与多酚类化合物联合用于治疗癌症。该纳米体系由HSPC、PLA、IR-775染料和慈兰多酚类成分组成。脂聚合物纳米体系HP pIR NPs (hspc - pla -多酚提取物- ir775)的尺寸范围为(142.6±2nm)。在对A549和斑马鱼的研究中,HP pIR NPs显示出优异的细胞内摄取。PDT/PTT均可触发ROS的产生,增强癌细胞的死亡,抑制残余细胞的生长。
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