Table S2 Typical examples of electrospinning toward use in tissue engineering Target organ and Molecules Features morphology Fabrication Matrix materials Ref. encapsulated or loaded process Scaffold dressing and Skin: Silver NP Antibacterial Solid nanofiber (130-192nm) Single Chitosan [] Dermal wounds activity; needle//static oligosaccharides(COS) /PVA dressing) collector Growth factors Solid nanofiber (130-150nm) Single chitosan/PEO [] needle/static sustained release collector Aligned fibers; Solid nanofiber (200-500nm) Single PU []. scab mimicking needle/static design collector Excellent oxygen Solid nanofiber (250-300nm) Single PU [] permeability; fluid needle/static drainage collector Aligned fibers; Solid nanofiber(321.8-346.3nm) Single PVA [] needle/static collector Emodin Sustained release Solid nanofiber (no information Single PVP [] about diameter ) needle/static collector Human epidermal growth Amine-containing Solid nanofiber (no information Single PCL/PEG [] factor surface; growth about diameter) needle/static factor conjugation collector on fiber surface Normal human Solid nanofiber (392~541nm) Single PCL/cellulose acetate (CA) [] dermal fibroblasts (NHDFs) coating with needle/static positively charged collector chitosan and negatively charged Type collagen Skin Epidermal induction factors/ Sustained release; Core/shell solid nanofiber Coaxial [] adipose-derived stem cells (366~456nm) needle/static (ADSCs) differentiation collector Blood outgrowth Cell attachment; Solid nanofiber (304, 507nm) Single needle/ PLA/chitosan, and [] endothelial cells wound healing static collector PLA/chitosan/collagen
Table S2 Typical examples of electrospinning toward use in tissue engineering Target organ and Molecules encapsulated or loaded Features morphology Fabrication process Matrix materials Ref. Scaffold dressing and Skin: Dermal wounds dressing) Silver NP Antibacterial activity; Solid nanofiber (130-192nm) Single needle//static collector Chitosan oligosaccharides(COS) /PVA [] Growth factors sustained release Solid nanofiber (130-150nm) Single needle/static collector chitosan/PEO [] Aligned fibers; scab mimicking design Solid nanofiber (200-500nm) Single needle/static collector PU []. Excellent oxygen permeability; fluid drainage Solid nanofiber (250-300nm) Single needle/static collector PU [] Aligned fibers; Solid nanofiber(321.8-346.3nm) Single needle/static collector PVA [] Emodin Sustained release Solid nanofiber (no information about diameter ) Single needle/static collector PVP [] Human epidermal growth factor Amine-containing surface; growth factor conjugation on fiber surface Solid nanofiber (no information about diameter) Single needle/static collector PCL/PEG [] Normal human dermal fibroblasts (NHDFs) coating with positively charged chitosan and negatively charged Type collagen Solid nanofiber (392~541nm) Single needle/static collector PCL/cellulose acetate (CA) [] Skin Epidermal induction factors/ adipose-derived stem cells (ADSCs) Sustained release; differentiation Core/shell solid nanofiber (366~456nm) Coaxial needle/static collector [] Blood outgrowth endothelial cells Cell attachment; wound healing Solid nanofiber (304, 507nm) Single needle/ static collector PLA/chitosan, and PLA/chitosan/collagen []
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