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- W2149612904 abstract "Abstract In this work, electrospun tubes of interest for vascular tissue engineering were fabricated and evaluated for burst pressure and suture retention strength (SRS) in the same context as tensile strength providing a direct, novel comparison. Tubes could be fabricated displaying average burst pressures up to 4000 mmHg—well above the standard of 2000 mmHg—and SRS values matching those of relevant natural tissues. Surprisingly, highly oriented fiber and maximal tensile properties are not absolutely necessary to attain clinically adequate burst pressures. The ability to resist bursting is clearly related to both initial solution solids loading and electrospinning deposition time. We make novel in situ observations of the relative microstructural characteristics of failure during bursting, and connect this to the conditions used to fabricate the graft. Processes typically thought to promote fiber alignment are, in fact, highly condition‐dependent and do not always provide superior properties. In fact, electrospun structures displaying no discernable alignment could achieve burst pressures regarded clinically sufficient. The properties of individual electrospun fiber clearly do not fully dictate macroscale properties. Normal background levels of point bonding are enhanced by increased rotational speeds, and can have effects on properties more dominant than those of alignment. © 2008 Wiley Periodicals, Inc. J Biomed Mater Res, 2009" @default.
- W2149612904 created "2016-06-24" @default.
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- W2149612904 creator A5004309744 @default.
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- W2149612904 date "2008-04-02" @default.
- W2149612904 modified "2023-10-10" @default.
- W2149612904 title "Fabrication of burst pressure competent vascular grafts via electrospinning: Effects of microstructure" @default.
- W2149612904 cites W1595905214 @default.
- W2149612904 cites W192500449 @default.
- W2149612904 cites W1968257965 @default.
- W2149612904 cites W1973876124 @default.
- W2149612904 cites W1976061000 @default.
- W2149612904 cites W1976860485 @default.
- W2149612904 cites W1977516243 @default.
- W2149612904 cites W1980091438 @default.
- W2149612904 cites W1980508338 @default.
- W2149612904 cites W1983180496 @default.
- W2149612904 cites W1983567549 @default.
- W2149612904 cites W1984417662 @default.
- W2149612904 cites W1985395264 @default.
- W2149612904 cites W1987322101 @default.
- W2149612904 cites W1989704675 @default.
- W2149612904 cites W2004181539 @default.
- W2149612904 cites W2009507599 @default.
- W2149612904 cites W2011590928 @default.
- W2149612904 cites W2014750067 @default.
- W2149612904 cites W2017066441 @default.
- W2149612904 cites W2023339623 @default.
- W2149612904 cites W2026547102 @default.
- W2149612904 cites W2026704680 @default.
- W2149612904 cites W2027796832 @default.
- W2149612904 cites W2028524547 @default.
- W2149612904 cites W2028926100 @default.
- W2149612904 cites W2030876656 @default.
- W2149612904 cites W2033912819 @default.
- W2149612904 cites W2036774651 @default.
- W2149612904 cites W2038946255 @default.
- W2149612904 cites W2039497282 @default.
- W2149612904 cites W2040165312 @default.
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- W2149612904 cites W2094810226 @default.
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- W2149612904 cites W2320961630 @default.
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- W2149612904 doi "https://doi.org/10.1002/jbm.a.31926" @default.
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