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BIOMATERIALS · 2024 · IF 12.8

Construction of PVA/OHA-Gs@PTMC/PHA double-layer nanofiber flexible scaffold with antibacterial function for tension free rectal in-situ reconstruction

Bingxu Zhang,Xujian Li,Chuan Jiang,Chuanguang Wang,Haifeng Que,Cheng Zheng,Zhixiao Ji,Xudong Tao,Hongtao Xu,Changcan Shi

The effective prevention and treatment of anastomotic leakage after intestinal anastomosis for colorectal diseases is still a major clinical challenge. In order to assist intestinal anastomosis healing and avoid anastomotic leakage caused by high tension, low blood supply or infection, we designed a double-layer nanofiber intestinal anastomosis scaffold, which was composed of electrospun PTMC/PHA nanofibers as the main layer, and electrospun PVA/OHA-Gs nanofibers with antibacterial properties as the antibacterial surface layer. This double-layer scaffold has good toughness, its maximum tensile force value could reach 8 N, elongation could reach 400 %, and it has hydrophilic properties, and its contact angle was about 60°. On the basis of reducing anastomotic tension and isolating intestinal contents, this double-layer nanofiber anastomotic scaffold not only played an antibacterial effect in the short term after surgery to reduce inflammatory response, but also had the characteristics of multiple three-dimensional network structure like extracellular matrix which could promote tissue healing. The PVA/OHA-Gs@PTMC/PHA scaffold was implanted into a rabbit model simulating mechanical intestinal obstruction, and the results showed that the nanofibers of the scaffold could be degraded in vivo while maintaining a certain stability, that is, the overall structure of the PVA/OHA-Gs@PTMC/PHA scaffold would not shrink and deform due to degradation in a certain period of time. Therefore, the treatment with this scaffold showed better healing at the anastomotic site. Compared to the direct anastomosis group and pure PTMC scaffold group, the double-layer scaffold group promoted a faster return to normal anastomotic strength within 7 days. This PVA/OHA-Gs@PTMC/PHA double-layer nanofiber flexible scaffold appears to be a promising therapeutic strategy to prevent anastomotic leakage after intestinal anastomosis.

研究领域: 生物医学工程 · 组织工程 · 外科手术研究
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Journal of Materials Chemistry B · 2022 ·Vol. 10 ·期 32 ·6214-6227 · IF 7.571

Enhanced bone regeneration via PHA scaffolds coated with polydopamine-captured BMP2

Xu Zhang,Jian Li,Jin Chen,Zi-Xin Peng,Jiang-Nan Chen,Xinyi Liu,Fuqing Wu,Peng Zhang,Guo-Qiang Chen

The hierarchical three-dimensional (3D)-printing scaffolds based on microbial polyester poly(3-hydroxybutyrate-co-4-hydroxybutyrate) (P34HB) were designed and used for bone tissue engineering via surface functionalization on 3D-printed (P34HB) scaffolds using polydopamine (PDA)-mediated recombinant human bone morphogenetic protein-2 (BMP2), leading to enhanced bone formation in a rat model with a calvarial critical-size bone defect. Taking advantage of the adhesive property of PDA under alkaline and aerobic conditions, osteogenic BMP2 was captured on the surface of PHA scaffolds, resulting in their enhanced osteogenic bioactivity, better stem cell adhesion and proliferation, and sustainable release of a bioactive substance over a period of 30 days. These contributed to notable differences in alkaline phosphatase (ALP) activity, mineralization, expressions of osteogenesis-related genes, as well as finally enhanced in vivo bone formation in rats. The functionalized 3D-printed P34HB scaffolds via the PDA-mediated osteogenic activity were developed as a versatile platform for bone tissue regeneration.

CAS / MDL: 62-31-7
研究领域: 组织工程 · 生物医用材料 · 骨再生 · 生物技术
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