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• W2898826120 abstract "Abstract The application of a cardiac patch over the epicardial surface has shown positive effects in protecting cardiac function postinfarction. Electroactive patches could enhance electrical signal propagation among cardiac cells. In the present study, an electrically active composite of collagen and graphene oxide (Col–GO) was fabricated as a cardiac patch. Col scaffolds were fabricated using a freeze‐drying method and coated covalently with GO. Some scaffolds were also reduced by a reduction agent to restore the high conductivity of GO. GO was shown to be a single layer with suitable lateral size for biological application. The Col–GO scaffolds contained randomly oriented interconnected pores with appropriate pore sizes of 120–138 ± 8 μm. GO flakes were also well distributed in the pore walls. By increasing the GO concentration, the tensile strength of the scaffolds was enhanced from 75 kPa for Col–GO‐5 to 162 kPa for Col–GO‐90. Young modulus also followed the same trend. Electrical conductivity of the scaffolds was in the range of semi‐conductive materials (~10 −4 S/m), which is suitable for cardiac tissue engineering applications. 3‐(4,5‐Dimethylthiazol‐2‐yl)‐2,5‐diphenyltetrazolium bromide assay indicated no toxic effects on human umbilical vein endothelial cells (HUVECs) after 96 h. Also, a 10‐days degradation product of the samples was compatible with HUVECs. Reduced scaffolds supported neonatal cardiomyocyte adhesion and upregulated the expression of the cardiac genes, including Cx43 , Actin4 , and Trpt‐2 than their nonconductive counterparts. The obtained results confirmed the angiogenic properties of reduced Go‐containing materials for cardiovascular applications where angiogenesis plays an important role, especially postinfarction. © 2018 Wiley Periodicals, Inc. J Biomed Mater Res Part A: 107A: 204–219, 2019." @default.
• W2898826120 created "2018-11-09" @default.
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• W2898826120 date "2018-10-29" @default.
• W2898826120 modified "2023-10-10" @default.
• W2898826120 title "Electroactive graphene oxide‐incorporated collagen assisting vascularization for cardiac tissue engineering" @default.
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• W2898826120 cites W1964496801 @default.
• W2898826120 cites W1967089589 @default.
• W2898826120 cites W1968867224 @default.
• W2898826120 cites W1971044942 @default.
• W2898826120 cites W1971467658 @default.
• W2898826120 cites W1971765098 @default.
• W2898826120 cites W1983327991 @default.
• W2898826120 cites W1985693198 @default.
• W2898826120 cites W1986743279 @default.
• W2898826120 cites W1990668237 @default.
• W2898826120 cites W1990897587 @default.
• W2898826120 cites W1992670984 @default.
• W2898826120 cites W1995506392 @default.
• W2898826120 cites W2001106724 @default.
• W2898826120 cites W2002938949 @default.
• W2898826120 cites W2007595254 @default.
• W2898826120 cites W2013574033 @default.
• W2898826120 cites W2014838396 @default.
• W2898826120 cites W2015032658 @default.
• W2898826120 cites W2017630962 @default.
• W2898826120 cites W2021833901 @default.
• W2898826120 cites W2021990649 @default.
• W2898826120 cites W2022670310 @default.
• W2898826120 cites W2026100597 @default.
• W2898826120 cites W2026377404 @default.
• W2898826120 cites W2026634197 @default.
• W2898826120 cites W2028336728 @default.
• W2898826120 cites W2032952392 @default.
• W2898826120 cites W2033148301 @default.
• W2898826120 cites W2034265711 @default.
• W2898826120 cites W2037843283 @default.
• W2898826120 cites W2044242789 @default.
• W2898826120 cites W2049304833 @default.
• W2898826120 cites W2050725441 @default.
• W2898826120 cites W2054315299 @default.
• W2898826120 cites W2056106834 @default.
• W2898826120 cites W2058120775 @default.
• W2898826120 cites W2059331974 @default.
• W2898826120 cites W2060953325 @default.
• W2898826120 cites W2062164427 @default.
• W2898826120 cites W2064149579 @default.
• W2898826120 cites W2065678169 @default.
• W2898826120 cites W2073136657 @default.
• W2898826120 cites W2076837609 @default.
• W2898826120 cites W2078120234 @default.
• W2898826120 cites W2078792724 @default.
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• W2898826120 cites W2081678513 @default.
• W2898826120 cites W2086993128 @default.
• W2898826120 cites W2089035907 @default.
• W2898826120 cites W2105028318 @default.
• W2898826120 cites W2130144613 @default.
• W2898826120 cites W2139109539 @default.
• W2898826120 cites W2144320863 @default.
• W2898826120 cites W2144534660 @default.
• W2898826120 cites W2147764910 @default.
• W2898826120 cites W2152001474 @default.
• W2898826120 cites W2155702303 @default.
• W2898826120 cites W2165425352 @default.
• W2898826120 cites W2168075243 @default.
• W2898826120 cites W2169054659 @default.
• W2898826120 cites W2210134551 @default.
• W2898826120 cites W2303875278 @default.
• W2898826120 cites W2313165248 @default.
• W2898826120 cites W2374761951 @default.
• W2898826120 cites W2409274337 @default.
• W2898826120 cites W2410031625 @default.
• W2898826120 cites W2464927818 @default.
• W2898826120 cites W2472156521 @default.
• W2898826120 cites W2588554581 @default.
• W2898826120 cites W2593692899 @default.
• W2898826120 cites W2751239980 @default.
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• W2898826120 doi "https://doi.org/10.1002/jbm.a.36555" @default.
• W2898826120 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30371973" @default.
• W2898826120 hasPublicationYear "2018" @default.
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