Effect of Hesperidin Conjugated with Golden Nanoparticles on Phagocytic Activity: In Vitro Study

机译：Hesperidin与金纳米粒子缀合物对吞噬活性的影响：体外研究

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Hesperidin is one of the flavonoids and it recognized to possess various biomedical potentials. Golden nanoparticles have been used in various applications covering both in vivo and in vitro biomedical diagnosis. To evaluate the stimulation activity of phagocytic Index (PI), the golden nanoparticle-conjugated hesperidin (AuNPs-Hd) were used in present study. The effect of AuNPs-Hd showed a considerable increase (85%) in contrast with PI of Gold nanoparticles which was (66%) and Hesperidin which was (51%). while, PI of blood sample that indicate the control was (20%). These data provide the evidence about the impact of AuNPs-Hsp on phagocytic cells and the nanoparticles were ingested by these cells.

机译：Hesperidin是一种类黄酮，它认识到具有各种生物医学潜力。金纳米颗粒已被用于体内和体外生物医学诊断的各种应用中使用。为了评估吞噬指数（PI）的刺激活性，本研究中使用了金纳米颗粒缀合的橙皮蛋白（AUNPS-HD）。 AUNPS-HD的作用表现出相当大的增加（85％）与金纳米粒子的PI相比，其（66％）和橙皮苷的PI（51％）。而表明对照的血液样品的pi是（20％）。这些数据提供了关于AUNPS-HSP对吞噬细胞的影响的证据，并且通过这些细胞摄取纳米颗粒。

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《International Conference on Materials Engineering and Science》|2020年|1 volume (various pagings) :|共5页
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Hanaa M. Waheeb; Ghassan M. Sulaiman; Majid S. Jabir;
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中图分类 TB3-532;
关键词
Hesperidin Conjugated; Golden Nanoparticles; Phagocytic Activity;

机译：Hesperidin共轭;金纳米粒子;吞噬活动;

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Effect of Hesperidin Conjugated with Golden Nanoparticles on Phagocytic Activity: In Vitro Study

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