Matches in SemOpenAlex for { <https://semopenalex.org/work/W3168574876> ?p ?o ?g. }
- W3168574876 endingPage "5527" @default.
- W3168574876 startingPage "5514" @default.
- W3168574876 abstract "Generally, electrospun silk fibroin scaffolds collected by traditional plates present limited pore size and mechanical properties, which may restrict their biomedical applications. Herein, regenerated Antheraea pernyi silk fibroin (RASF) with excellent inherent cell adhesion property was chosen as a raw material and the conductive metal meshes were used as collectors to prepare modified RASF scaffolds by electrospinning from its aqueous solution. A traditional intact plate was used as a control. The morphology and mechanical properties of the obtained scaffolds were investigated. Schwann cells were further used to assess the cytocompatibility and cell migration ability of the typical scaffolds. Interestingly, compared with the traditional intact plate, the mesh collector with an appropriate gap size (circa 7 mm) could significantly improve the pore size, porosity and mechanical properties of the RASF scaffolds simultaneously. In addition, the scaffold collected under this condition (RASF-7mmG) showed higher cell viability, deeper cell permeation and faster cell migration of Schwann cells. Combined with the excellent inherent properties of ASF and the obviously enhanced scaffold cytocompatibility and mechanical properties, the RASF-7mmG scaffold is expected to be a candidate with great potential for biomedical applications." @default.
- W3168574876 created "2021-06-22" @default.
- W3168574876 creator A5000219612 @default.
- W3168574876 creator A5012776627 @default.
- W3168574876 creator A5015054809 @default.
- W3168574876 creator A5032630163 @default.
- W3168574876 creator A5037844554 @default.
- W3168574876 creator A5045780925 @default.
- W3168574876 date "2021-01-01" @default.
- W3168574876 modified "2023-10-14" @default.
- W3168574876 title "Electrospun regenerated <i>Antheraea pernyi</i> silk fibroin scaffolds with improved pore size, mechanical properties and cytocompatibility using mesh collectors" @default.
- W3168574876 cites W1503561828 @default.
- W3168574876 cites W1748489682 @default.
- W3168574876 cites W1770737289 @default.
- W3168574876 cites W1980309545 @default.
- W3168574876 cites W1984932947 @default.
- W3168574876 cites W1992781478 @default.
- W3168574876 cites W1997503538 @default.
- W3168574876 cites W2018007918 @default.
- W3168574876 cites W2022554508 @default.
- W3168574876 cites W2025199256 @default.
- W3168574876 cites W2029001901 @default.
- W3168574876 cites W2035317617 @default.
- W3168574876 cites W2040670359 @default.
- W3168574876 cites W2041068662 @default.
- W3168574876 cites W2053805126 @default.
- W3168574876 cites W2074105635 @default.
- W3168574876 cites W2081648428 @default.
- W3168574876 cites W2082732070 @default.
- W3168574876 cites W2091928488 @default.
- W3168574876 cites W2104694965 @default.
- W3168574876 cites W2120933223 @default.
- W3168574876 cites W2124839255 @default.
- W3168574876 cites W2137803831 @default.
- W3168574876 cites W2141233228 @default.
- W3168574876 cites W2145475860 @default.
- W3168574876 cites W2146191405 @default.
- W3168574876 cites W2157528646 @default.
- W3168574876 cites W2211315751 @default.
- W3168574876 cites W2238817036 @default.
- W3168574876 cites W2264565970 @default.
- W3168574876 cites W2315627732 @default.
- W3168574876 cites W2339138605 @default.
- W3168574876 cites W2341628014 @default.
- W3168574876 cites W2460500678 @default.
- W3168574876 cites W2491536198 @default.
- W3168574876 cites W2525986558 @default.
- W3168574876 cites W2606517506 @default.
- W3168574876 cites W2617712153 @default.
- W3168574876 cites W2748722745 @default.
- W3168574876 cites W2762583818 @default.
- W3168574876 cites W2764287908 @default.
- W3168574876 cites W2768258174 @default.
- W3168574876 cites W2791281461 @default.
- W3168574876 cites W2800573777 @default.
- W3168574876 cites W2808014976 @default.
- W3168574876 cites W2890306654 @default.
- W3168574876 cites W2891553356 @default.
- W3168574876 cites W2896745950 @default.
- W3168574876 cites W2910099457 @default.
- W3168574876 cites W2939694277 @default.
- W3168574876 cites W2943351777 @default.
- W3168574876 cites W2973313434 @default.
- W3168574876 cites W2975883876 @default.
- W3168574876 cites W2981979230 @default.
- W3168574876 cites W2990944503 @default.
- W3168574876 cites W2999073179 @default.
- W3168574876 cites W2999657554 @default.
- W3168574876 cites W3026758532 @default.
- W3168574876 cites W3032540783 @default.
- W3168574876 cites W3080188533 @default.
- W3168574876 cites W3125354078 @default.
- W3168574876 cites W4247984100 @default.
- W3168574876 doi "https://doi.org/10.1039/d1tb00944c" @default.
- W3168574876 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34152355" @default.
- W3168574876 hasPublicationYear "2021" @default.
- W3168574876 type Work @default.
- W3168574876 sameAs 3168574876 @default.
- W3168574876 citedByCount "25" @default.
- W3168574876 countsByYear W31685748762021 @default.
- W3168574876 countsByYear W31685748762022 @default.
- W3168574876 countsByYear W31685748762023 @default.
- W3168574876 crossrefType "journal-article" @default.
- W3168574876 hasAuthorship W3168574876A5000219612 @default.
- W3168574876 hasAuthorship W3168574876A5012776627 @default.
- W3168574876 hasAuthorship W3168574876A5015054809 @default.
- W3168574876 hasAuthorship W3168574876A5032630163 @default.
- W3168574876 hasAuthorship W3168574876A5037844554 @default.
- W3168574876 hasAuthorship W3168574876A5045780925 @default.
- W3168574876 hasConcept C104317684 @default.
- W3168574876 hasConcept C122302759 @default.
- W3168574876 hasConcept C136229726 @default.
- W3168574876 hasConcept C144796933 @default.
- W3168574876 hasConcept C159985019 @default.
- W3168574876 hasConcept C185592680 @default.
- W3168574876 hasConcept C192562407 @default.
- W3168574876 hasConcept C2779093148 @default.
- W3168574876 hasConcept C2780431358 @default.