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Multiscale Assembly and Fabrication of Biomacromolecules
Structure-Property Relationship Studies of Biomacromolecules
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Self-Assembly of Biomacromolecules
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Research Directions（HOME)
26
2026.31
Multiscale Assembly and Fabrication of Biomacromolecules
Research Direction IntroductionAs a typical biomacromolecule, silk fibroin possesses unique multisca...
26
2026.22
Structure-Property Relationship Studies of Biomacromolecules
动物丝的卓越韧性源自其高强度与高伸长率的协同作用。深入阐明动物丝从分子到宏观层次的结构-性能关联及天...
21
2026.44
Biomacromolecular Tissue Engineering Materials
丝蛋白作为一种具备优异生物相容性和可控降解特性的天然蛋白材料，通过化学（如酶促交联）和物理（如分子缠...
20
2026.49
Biomacromolecular Biomedical Materials
丝蛋白作为一种天然蛋白质材料，因其本征的生物相容性和几乎可忽略的免疫原性，广泛应用于生物医用材料领域...
19
2026.37
Rational Design of Biomacromolecules
当下生物大分子科学已由传统高分子学科，拓展至材料生物学、化学生物学和信息交叉领域，材料的构筑理念也逐...
19
2026.27
Self-Assembly of Biomacromolecules
丝蛋白的亲水-疏水结构域交替排列赋予其固有自组装倾向，组装过程受形核-生长的动力学调控。多种外源因素可...
13
2026.58
Biomacromolecular Devices
丝蛋白本身缺乏器件所需的导电性等功能特性，但通过与离子、导电高分子或无机导电纳米材料的复合，可实现功...
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