FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3165514181> ?p ?o ?g. }

• W3165514181 endingPage "2857" @default.
• W3165514181 startingPage "2845" @default.
• W3165514181 abstract "Medical sutures with sustainable antibacterial properties can effectively inhibit pathogens, thus avoiding the occurrence of surgical site infection and reducing the recurrence of patients resulting in postoperative death. This paper describes a facile scalable antibacterial surgical suture with sustainable antibacterial function and fair mechanical and biocompatible properties using a simple, efficient, and eco-friendly method. Silk filaments were braided into a core-shell structure using a braiding machine, and then silk fibroin (SF) films loaded with different percentages of berberine (BB) were coated onto the surface of the suture. The drug-loaded sutures performed a slow drug-release profile of more than 7 days. Retention of the knot-pull tensile strength of all groups was above 87% during in vitro degradation within 42 days. The sutures had no toxicity to the cells' in vitro cytotoxicity. The results of the in vivo biocompatibility test showed mild inflammation and clear signs of supporting angiogenesis in the implantation site of the rats. This work provides a new route for achieving a BB-loaded and high-performance antibacterial suture, which is of great potential in applications for surgical operations." @default.
• W3165514181 created "2021-06-07" @default.
• W3165514181 creator A5004769234 @default.
• W3165514181 creator A5007928549 @default.
• W3165514181 creator A5021989628 @default.
• W3165514181 creator A5028699086 @default.
• W3165514181 creator A5031949764 @default.
• W3165514181 creator A5043208685 @default.
• W3165514181 creator A5053676002 @default.
• W3165514181 creator A5064842058 @default.
• W3165514181 creator A5066716873 @default.
• W3165514181 creator A5070387451 @default.
• W3165514181 creator A5090144481 @default.
• W3165514181 date "2021-05-27" @default.
• W3165514181 modified "2023-09-26" @default.
• W3165514181 title "Sustainable Antibacterial Surgical Suture Using a Facile Scalable Silk-Fibroin-Based Berberine Loading System" @default.
• W3165514181 cites W1632482896 @default.
• W3165514181 cites W1939448695 @default.
• W3165514181 cites W1942498924 @default.
• W3165514181 cites W1992376345 @default.
• W3165514181 cites W2003178300 @default.
• W3165514181 cites W2006095863 @default.
• W3165514181 cites W2007886041 @default.
• W3165514181 cites W2010630632 @default.
• W3165514181 cites W2013498525 @default.
• W3165514181 cites W2026230444 @default.
• W3165514181 cites W2027218204 @default.
• W3165514181 cites W2039580257 @default.
• W3165514181 cites W2055893496 @default.
• W3165514181 cites W2071706422 @default.
• W3165514181 cites W2077049976 @default.
• W3165514181 cites W2078991002 @default.
• W3165514181 cites W2080088910 @default.
• W3165514181 cites W2085105898 @default.
• W3165514181 cites W2109299850 @default.
• W3165514181 cites W2155800098 @default.
• W3165514181 cites W2157908104 @default.
• W3165514181 cites W2162174261 @default.
• W3165514181 cites W2169219130 @default.
• W3165514181 cites W2201802009 @default.
• W3165514181 cites W2286248490 @default.
• W3165514181 cites W2331761688 @default.
• W3165514181 cites W2508510931 @default.
• W3165514181 cites W2509984816 @default.
• W3165514181 cites W2556691357 @default.
• W3165514181 cites W2558879267 @default.
• W3165514181 cites W2584550166 @default.
• W3165514181 cites W2613075911 @default.
• W3165514181 cites W2800442720 @default.
• W3165514181 cites W2811347705 @default.
• W3165514181 cites W2940554094 @default.
• W3165514181 cites W2951891435 @default.
• W3165514181 cites W2965911784 @default.
• W3165514181 cites W2972199579 @default.
• W3165514181 cites W2980882350 @default.
• W3165514181 cites W2983362683 @default.
• W3165514181 cites W2993420657 @default.
• W3165514181 cites W2997332132 @default.
• W3165514181 cites W2998249696 @default.
• W3165514181 cites W3007833033 @default.
• W3165514181 cites W3011988507 @default.
• W3165514181 cites W3026706550 @default.
• W3165514181 cites W3031962481 @default.
• W3165514181 cites W3036181229 @default.
• W3165514181 cites W3039821152 @default.
• W3165514181 cites W3049192761 @default.
• W3165514181 cites W3087490838 @default.
• W3165514181 cites W3087700436 @default.
• W3165514181 cites W3092972821 @default.
• W3165514181 cites W3093233055 @default.
• W3165514181 cites W3119699992 @default.
• W3165514181 cites W49894026 @default.
• W3165514181 cites W608457234 @default.
• W3165514181 cites W2114742387 @default.
• W3165514181 doi "https://doi.org/10.1021/acsbiomaterials.1c00481" @default.
• W3165514181 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34043327" @default.
• W3165514181 hasPublicationYear "2021" @default.
• W3165514181 type Work @default.
• W3165514181 sameAs 3165514181 @default.
• W3165514181 citedByCount "12" @default.
• W3165514181 countsByYear W31655141812021 @default.
• W3165514181 countsByYear W31655141812022 @default.
• W3165514181 countsByYear W31655141812023 @default.
• W3165514181 crossrefType "journal-article" @default.
• W3165514181 hasAuthorship W3165514181A5004769234 @default.
• W3165514181 hasAuthorship W3165514181A5007928549 @default.
• W3165514181 hasAuthorship W3165514181A5021989628 @default.
• W3165514181 hasAuthorship W3165514181A5028699086 @default.
• W3165514181 hasAuthorship W3165514181A5031949764 @default.
• W3165514181 hasAuthorship W3165514181A5043208685 @default.
• W3165514181 hasAuthorship W3165514181A5053676002 @default.
• W3165514181 hasAuthorship W3165514181A5064842058 @default.
• W3165514181 hasAuthorship W3165514181A5066716873 @default.
• W3165514181 hasAuthorship W3165514181A5070387451 @default.
• W3165514181 hasAuthorship W3165514181A5090144481 @default.
• W3165514181 hasConcept C122302759 @default.
• W3165514181 hasConcept C136229726 @default.
• W3165514181 hasConcept C141071460 @default.

• next