IVE 아이브 討論區 (4) 12月1日: 1st Single Album: ELEVEN

1001 回覆
8 Like 3 Dislike
2021-12-03 19:41:00
牙奶似攰到眼都開唔大
2021-12-03 19:45:52
條8k fancam好J到
2021-12-03 20:12:49
中間有塊透明野
2021-12-03 20:14:06
有官方粉絲名未?
2021-12-03 20:17:49
想x佢條利
2021-12-03 20:19:15
Pedo
2021-12-03 20:20:02
A silver crosslinked injectable supramolecular CS–Ag hydrogel doped with bFGF (bFGF@CS–Ag) was fabricated as a novel wound healing scaffold to accelerate wound repair through dual release of antibacterial Ag+ and bFGF. Both in vivo acute wound and infected wound models were used to determine the healing efficiency of the obtained bFGF@CS–Ag hydrogel, followed by an investigation of the mechanism by which bFGF@CS–Ag accelerates wound repair. Compared to acute wound healing, the results showed that the bFGF@CS–Ag hydrogel exhibited more significantly enhanced wound regeneration towards infected wounds due to promotion of bFGF elution into the wound site resulting from the release of Ag+ from the CS–Ag hydrogel. Collectively, the data demon- strated that the bFGF@CS–Ag hydrogel exerts effective inhibition of bacterial growth and further promotes wound regeneration, including granulation deposition, collagen formation and re- epithelization in infected wounds. Moreover, due to the dual functionality of Ag+ and bFGF, bFGF@CS–Ag stimulates neovas- cularization, downregulation of pro-inflammatory TNF-a expres- sion, and polarization of macrophages to M2 phenotype macrophages with pro-healing properties. These findings indi- cate that the injectable supramolecular CS–Ag-based hydrogel system together with bFGF (bFGF@CS–Ag) is an alternative to traditional silver dressings and possesses great potential for broad spectrum in vivo applications, especially for infected chronic wounds.
2021-12-03 20:20:44
2021-12-03 20:21:36
2021-12-03 20:22:57
2021-12-03 20:53:36
俾 d 創意
叫 Ronny 啦
2021-12-03 21:05:52
biden
2021-12-03 21:11:01
You’ve
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