丝素蛋白基功能及智能化材料研究进展

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中图分类号：TB324 文献标志码：A

Research Progress of Silk Fibroin-Based Functional and Intelligent Materials

ZHANG Kangjun， NIU Qianqian， GU Yuchen， FAN Suna， YAO Xiang， ZHANG Yaopeng （State Key Laboratory of Advanced Fiber Materials， College of Materials Science and Engineering， Donghua University， Shanghai ， China）

Abstract：With the intensifying challenges inenergy，materials and naturalresources，coupled with rising health demands， there is a growing need for new materials thatcombinehigh performance，biosafetyand renewability.Silk fibroin，derived fromnatural silk，isreadilyprocessable，exhibitsexcelentmechanicalpropertiesandgoodbiocompatibilityandoffers controllabledegradability.Itshowsgreatpotential in biomedicine，smart wearablesandflexiblesensing.Thisreview summarizes recentadvances inthe functionalization and creationof intelligent silk fibroin-based materials.Drawingonour group'sworks，ithighlightsprogressinsilkfbroi-basedfibers，films，3Dconstructs，biomedicalsafolds，self-powered devices and memristors.Thisreview aims to guide the design and fabrication of high-performance，multifunctional and intelligent silk-fibroin materials.

Key words： silk fibroin;hierarchical structure;processability；functional material;intelligent material

随着全球人口数量的持续增长和经济的快速发展，对能源、材料和各种资源的需求不断攀升。（剩余23121字）