纳米团簇
肽
基因传递
基因
纳米技术
生物物理学
化学
材料科学
生物
生物化学
遗传增强
作者
Xiaoyan Wang,Dongzhao Hao,Rongxin Su,Yuefei Wang,Wei Qi
标识
DOI:10.1002/slct.202405972
摘要
Abstract In this study, the CCY–RALA peptide with α‐helical structure was designed, and gold nanoclusters with fluorescence were synthesized using the peptide as a template, which was used for nucleic acid delivery. The siRNA uptake experiments indicate that the gold nanoclusters with CCY‐RALA peptide as the template have excellent siRNA delivery ability in different cell lines, with cellular uptake rate up to 99.3%. pDNA and mRNA transfection experiments show that the CCYRALA‐AuNCs also can deliver pDNA and mRNA. In addition, the designed CCYRALA‐AuNCs exhibit excellent biosafety by cytotoxicity analysis. This study proves that the bio‐friendly peptide‐gold nanoclusters are promising nucleic acid delivery carriers and can provide an experimental basis for improving the drug delivery efficiency of peptide vectors.
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