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Articles by Borui Su
Bioactive cell niche mediating uniform thermal stimulus for BMSCs neural differentiation through TRPV1 channel activation
Bioactive cell niche mediating uniform thermal stimulus for BMSCs neural differentiation through TRPV1 channel activation Hongsong Fan, Dan Wei, Mingze Zeng, Borui Su, Yusheng Zhang, Kai Wu, Ting Zhou, Chengheng Wu and Jing Sun Abstract As one of the physical stimulus tools to target neuromodulation-related biological entities, mild thermal stimulus has attracted increasing attention in unraveling neural differentiation processing.
“Three-in-One” platform based on Fe-CDs nanozyme for dual-mode/dual-target detection and NIR assisted bacterial killing
“Three-in-One” platform based on Fe-CDs nanozyme for dual-mode/dual-target detection and NIR assisted bacterial killing Mei Yang, Jun Yao, Borui Su, Nini Xin, Ting Zhou, Mingze Zeng, Chengheng Wu, Dan Wei, Jing Sun and Hongsong Fan Abstract Carbon dots (CDs) as nanozymes have attracted increasing attention for their remarkable properties.
An upconversion nanoparticle-integrated fibrillar scaffold combined with a NIR-optogenetic strategy to regulate neural cell performance
An upconversion nanoparticle-integrated fibrillar scaffold combined with a NIR-optogenetic strategy to regulate neural cell performance† Chengheng Wu, ab Borui Su,a Nini Xin,a Jiajia Tang,a Jiamei Xiao,a Hongrong Luo,a Dan Wei,a Fang Luo,c Jing Sun*a and Hongsong Fan *a Abstract Optogenetics using light-sensitive proteins such as calcium transport channel rhodopsin (CatCh) opens up new possibilities for non-invasive remote manipulation of neural function.
Upconversion nanoparticle-integrated fibrillar scaffold combined with NIR-optogenetic strategy to regulate neural cell performance
Upconversion nanoparticle-integrated fibrillar scaffold combined with NIR-optogenetic strategy to regulate neural cell performance Chengheng Wu, Borui Su, Nini Xin, Jiajia Tang, Jiamei Xiao, Hongrong Luo, Dan Wei, Fang Luo, Jing Sun and Hongsong Fan Abstract Optogenetics using light-sensitive proteins such as calcium transport channel rhodopsin (CatCh) opens up new possibilities for non-invasive remote manipulation of neural function.
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