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 E-Mail IMAGE: (a) cellular uptake, (b) endosomal escape, (c) GSH depletion contributed by tetrasulfide-induced GSH oxidation and zinc-mediated inhibition of GR and GSSG reduction, (d) GAPDH deactivation, (e) increased MMP, (f) mTORC1. view more  Credit: @Science China Press Delivery of genetic molecules such as mRNA into cells is vital with important applications such as vaccine development. Various agents have been developed for mRNA delivery. However, conventional mRNA nanocarriers mainly focus on their physical interaction with mRNA molecules, or protection / delivery of mRNA, such as adjusting physical properties of nanocarriers to control binding with mRNA or cellular uptake. Moreover, effective mRNA delivery in hard-to-transfect APCs remains a challenge. The hard-to-transfect nature in APCs is partly attributed to the suppressed mRNA translation associated with the intrinsic high intracellular glutathione (GSH) level. Thus, tetrasulfide bond bridged DMONs modifie

Liye zhangChao liuYue wangJie tangYannan yangChengzhong yuYueqi kongUniversity of queenslandAustralian research councilNational scienceBeijing based national science reviewZhao songSci revNational science reviewநீங்கள் ஜாங்குழப்பம் லியூ