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In article 1701949, Jianxun Ding, Yu Shrike Zhang, Zhongming Li, and co‐workers develop stimuli‐responsive self‐healing porous electrospun fibers, where the pores on the electrospun fibers show efficient self‐sealing functionality to trap biomacromolecules, by taking advantage of the photothermal conversion ability of the surface‐entangled carbon nanotubes upon light irradiation. The fibers also afford...
Stimuli‐responsive porous polymer materials have promising biomedical application due to their ability to trap and release biomacromolecules. In this work, a class of highly porous electrospun fibers is designed using polylactide as the polymer matrix and poly(ethylene oxide) as a porogen. Carbon nanotubes (CNTs) with different concentrations are further impregnated onto the fibers to achieve self‐sealing...
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