H2O2-responsive VEGF/NGF gene co-delivery nano-system achieves stable vascularization in ischemic hindlimbs

Overview of attention for article published in Journal of Nanobiotechnology, March 2022

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RT @HaoYin20: VEGF+NGF #NerveGrowthFactor plasmid co-delivery via 👉H2O2-scavenging #Nanoparticle (6s-PLGA-Po-PEG) improve microvascular+mus…

RT @HaoYin20: VEGF+NGF #NerveGrowthFactor plasmid co-delivery via 👉H2O2-scavenging #Nanoparticle (6s-PLGA-Po-PEG) improve microvascular+mus…

VEGF+NGF #NerveGrowthFactor plasmid co-delivery via 👉H2O2-scavenging #Nanoparticle (6s-PLGA-Po-PEG) improve microvascular+muscular regeneration in 🐭#LimbIschemia #GeneTherapy #PeripheralArteryDisease Dr. Yongjun Li & Jing Yang labs @JNanobiotech 2022

RT @endothelialnews: Peking Union Medical College scientists found 🔎 that #VEGF/NGF-NPs eliminated excessive H2O2 while achieving gene co-d…

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