Matches in SemOpenAlex for { <https://semopenalex.org/work/W4312001938> ?p ?o ?g. }
- W4312001938 endingPage "105835" @default.
- W4312001938 startingPage "105835" @default.
- W4312001938 abstract "Although both are applied in regenerative medicine, acellular dermal matrix (ADM) and concentrated growth factor (CGF) have their respective shortcoming: The functioning of CGF is often hindered by sudden release effects, among other problems, and ADM can only be used in outer dressing for wound healing. In this study, a compound network with physical-chemical double cross-linking was constructed using chemical cross-linking and the intertwining of ADM and chitosan chains under freezing conditions; equipped with good biocompatibility and cell/tissue affinity, the heparin-modified composite scaffold was able to significantly promote cell adhesion and proliferation to achieve adequate fixation and slow down the release of CGF; polydopamine nanoparticles having excellent near-infrared light photothermal conversion ability could significantly promote the survival of rat autologous skin grafts. In a word, this multifunctional composite scaffold is a promising new type of implant biomaterial capable of delivering CGF to promote the healing of full-thickness skin defects." @default.
- W4312001938 created "2023-01-03" @default.
- W4312001938 creator A5003181280 @default.
- W4312001938 creator A5005583931 @default.
- W4312001938 creator A5015217257 @default.
- W4312001938 creator A5017215806 @default.
- W4312001938 creator A5021913570 @default.
- W4312001938 creator A5025633795 @default.
- W4312001938 creator A5032611282 @default.
- W4312001938 creator A5049264994 @default.
- W4312001938 creator A5050496237 @default.
- W4312001938 creator A5050690617 @default.
- W4312001938 creator A5053366833 @default.
- W4312001938 creator A5063512107 @default.
- W4312001938 creator A5067260285 @default.
- W4312001938 creator A5073966541 @default.
- W4312001938 date "2023-01-01" @default.
- W4312001938 modified "2023-09-28" @default.
- W4312001938 title "Multifunctional sponge scaffold loaded with concentrated growth factors for promoting wound healing" @default.
- W4312001938 cites W1942287549 @default.
- W4312001938 cites W1965741504 @default.
- W4312001938 cites W1977546891 @default.
- W4312001938 cites W2031987339 @default.
- W4312001938 cites W2055857314 @default.
- W4312001938 cites W2065577291 @default.
- W4312001938 cites W2084985458 @default.
- W4312001938 cites W2095322253 @default.
- W4312001938 cites W2139162721 @default.
- W4312001938 cites W2168440095 @default.
- W4312001938 cites W2212792660 @default.
- W4312001938 cites W2473346314 @default.
- W4312001938 cites W2752650897 @default.
- W4312001938 cites W2784140013 @default.
- W4312001938 cites W2889249427 @default.
- W4312001938 cites W2890782383 @default.
- W4312001938 cites W2892397780 @default.
- W4312001938 cites W2893185060 @default.
- W4312001938 cites W2897710595 @default.
- W4312001938 cites W2906782402 @default.
- W4312001938 cites W2916903224 @default.
- W4312001938 cites W2938035349 @default.
- W4312001938 cites W2938764052 @default.
- W4312001938 cites W2964968275 @default.
- W4312001938 cites W2966129488 @default.
- W4312001938 cites W2967187560 @default.
- W4312001938 cites W2979576902 @default.
- W4312001938 cites W2980046497 @default.
- W4312001938 cites W3007830114 @default.
- W4312001938 cites W3014727434 @default.
- W4312001938 cites W3034017331 @default.
- W4312001938 cites W3034819588 @default.
- W4312001938 cites W3039129550 @default.
- W4312001938 cites W3047009554 @default.
- W4312001938 cites W3080886291 @default.
- W4312001938 cites W3083892520 @default.
- W4312001938 cites W3087092972 @default.
- W4312001938 cites W3091097189 @default.
- W4312001938 cites W3094701436 @default.
- W4312001938 cites W3129013252 @default.
- W4312001938 cites W3129184935 @default.
- W4312001938 cites W3132710216 @default.
- W4312001938 cites W3133302293 @default.
- W4312001938 cites W3141028350 @default.
- W4312001938 cites W3141927886 @default.
- W4312001938 cites W3161315229 @default.
- W4312001938 cites W3176646418 @default.
- W4312001938 cites W3182965401 @default.
- W4312001938 cites W3183725761 @default.
- W4312001938 cites W3197821249 @default.
- W4312001938 cites W3200079360 @default.
- W4312001938 cites W3201587105 @default.
- W4312001938 cites W4200039845 @default.
- W4312001938 cites W4200352179 @default.
- W4312001938 cites W4210261842 @default.
- W4312001938 cites W4226126879 @default.
- W4312001938 cites W4285498105 @default.
- W4312001938 cites W4295997573 @default.
- W4312001938 cites W4309247700 @default.
- W4312001938 doi "https://doi.org/10.1016/j.isci.2022.105835" @default.
- W4312001938 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36624841" @default.
- W4312001938 hasPublicationYear "2023" @default.
- W4312001938 type Work @default.
- W4312001938 citedByCount "1" @default.
- W4312001938 countsByYear W43120019382023 @default.
- W4312001938 crossrefType "journal-article" @default.
- W4312001938 hasAuthorship W4312001938A5003181280 @default.
- W4312001938 hasAuthorship W4312001938A5005583931 @default.
- W4312001938 hasAuthorship W4312001938A5015217257 @default.
- W4312001938 hasAuthorship W4312001938A5017215806 @default.
- W4312001938 hasAuthorship W4312001938A5021913570 @default.
- W4312001938 hasAuthorship W4312001938A5025633795 @default.
- W4312001938 hasAuthorship W4312001938A5032611282 @default.
- W4312001938 hasAuthorship W4312001938A5049264994 @default.
- W4312001938 hasAuthorship W4312001938A5050496237 @default.
- W4312001938 hasAuthorship W4312001938A5050690617 @default.
- W4312001938 hasAuthorship W4312001938A5053366833 @default.
- W4312001938 hasAuthorship W4312001938A5063512107 @default.
- W4312001938 hasAuthorship W4312001938A5067260285 @default.