参考文献

[1] ANNABI N，TAMAYOL A，UQUILLAS J A.Rational design and application of hydrogels in regenerative medicine[J].Adv Mater，2014，26：85-124.

[2] BAYER C L，PÉREZ HERRERO É，PEPPAS N A.Alginate films as macromolecular imprinted matrices[J].J Biomater Sci Polym Ed，2011，22：1523-1534.

[3] BOSE S，ROY M，BANDYOPADHYAY A.Recent advances in bone tissue engineering scaffolds[J].Trends Biotechnol，2012，30（10）：546-554.

[4] CLEGG J R，WECHSLER M E，PEPPAS N A.Vision for functionally decorated and molecularly imprinted polymers in regenerative engineering[J].Regen Engin Transl Med，2017，3：166-175.

[5] CULVER H，CLEGG J，PEPPAS N A.Hydrogels responsive to analytes and external biological inputs[J].Chem Res，2017，50：170-178.

[6] CULVER H，PEPPAS N A.Method of preparation of biodegradable nanoparticles with recognition characteristics：US，Provisional Patent No.61/883，630 filed.2014-09-27.

[7] HILT J Z，BYRNE M E.Configurational biomimesis in drug delivery：molecular imprinting of biologically significant molecules[J].Adv Drug Del Rev，2004，56：1599-1620.

[8] KHURSHID S S，SCHMIDT C E，PEPPAS N A.Optimization of molecularly imprinted polymers of serotonin for biomaterial applications[J].J Biomat Sci Polym Ed，2011，22：343-362.

[9] KRYSCIO D R，FLEMING M Q，PEPPAS N A.Conformational studies of common protein templates in macroolecularly imprinted polymers[J].Biomed Microd，2012，14：679-687.

[10] KRYSCIO D R，FLEMING M Q，PEPPAS N A.Protein conformational studies for macromolecularly imprinted polymers[J].Macromol Biosci，2012，12：1137-1144.

[11] KRYSCIO D R，PEPPAS N A.Surface imprinted thin polymer film systems with selective recognition for bovine serum albumin[J].Anal Chim Acta，2012，718：109-115.

[12] METCALFE A D，FERGUSON M W J.Tissue engineering of replacement skin：the crossroads of biomaterials，wound healing， embryonic development， stem cells and regeneration[J].J R Soc Interface，2007，4：413-437.

[13] NEVES M I，WECHSLER M E，GOMES M E.Molecularly imprinted intelligent scaffolds for tissue engineering applications[J].Tissue Engineering Part B： Reviews，2016，23：27-43.

[14] PEPPAS N A.Mimetic drug delivery systems for release with specific molecular triggers：US，Patent App.20，100/210，835，2010.

[15] PEPPAS N A，CLEGG J R.The challenge to improve the response of biomaterials to the physiological environment[J].Regen Biomater，2016，3：67-71.

[16] PEPPAS N A，DURGHAM A.Highly porous recognitive polymer systems：US，Patent 8，741，316.2014-06-04.

[17] PEPPAS N A，EKERDT B，GOMEZ M.Method and process for the production of multicoated，recognitive and releasing systems：US，patent 8，771，713.2014-07-08.

[18] PEPPAS N A，EKERDT B，GOMEZ M.Method and process for the production of multicoated，recognitive and releasing systems：US，Patent 8，821，899.2014-09-02.

[19] PEPPAS N A，PEREZ-HERRERO E.Protein imprinting by means of alginate-based polymer microcapsules：US，Patent 8，940，394.2015-01-27.

[20] PLACE E S，EVANS N D，STEVENS M M.Complexity in biomaterials for tissue engineering[J].Nat Mater，2009，8：457-470.

阅读原文，请扫描二维码