How to accelerate biomaterial development? Strategies to support the application of novel polymer-based biomaterials in implantable devices.

Lendlein A; Wischke C

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How to accelerate biomaterial development? Strategies to support the application of novel polymer-based biomaterials in implantable devices.

机译：如何加速生物材料的发展？支持在植入式设备中使用新型基于聚合物的生物材料的策略。

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Polymer-based biomaterials have been successfully applied as implant materials in clinics for decades. Based on this comprehensive experience, new biomedi-cal applications are inspired, requiring specific sets of polymer properties and functions, which cannot be fulfilled by the clinically established biomaterials. Furthermore, concepts for the design of novel medical devices often rely on the availability of suitable multifunctional biomaterials [1-3]. In addition to medical implants, other close-by disciplines will benefit from advanced polymer-based biomaterials, for instance modern cell culture techniques [4].

机译：数十年来，基于聚合物的生物材料已成功地用作临床植入材料。基于这种全面的经验，启发了新的生物医学应用，它们需要特定的聚合物特性和功能集，而这是临床上已建立的生物材料无法满足的。此外，新型医疗器械设计的概念通常取决于合适的多功能生物材料的可用性[1-3]。除医疗植入物外，其他近距离学科也将从先进的基于聚合物的生物材料中受益，例如现代细胞培养技术[4]。

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《Expert review of medical devices》 |2011年第5期|共5页
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Lendlein A; Wischke C;
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中图分类预防医学、卫生学;
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1. How to accelerate biomaterial development? Strategies to support the application of novel polymer-based biomaterials in implantable devices. [J] . Lendlein A, Wischke C Expert review of medical devices . 2011,第5期

机译：如何加速生物材料的发展？支持在植入式设备中使用新型基于聚合物的生物材料的策略。
2. Analytical ultracentrifugation to support the development of biomaterials and biomedical devices. [J] . Wandrey C, Hasegawa U, van der Vlies AJ, Methods: A Companion to Methods in Enzymology . 2011,第1期

机译：分析超速离心支持生物材料和生物医学设备的发展。
3. Dealing with the Foreign-Body Response to Implanted Biomaterials: Strategies and Applications of New Materials [J] . Zhang Donghui, Chen Qi, Shi Chao, Advanced Functional Materials . 2021,第6期

机译：处理对植入生物材料的异物反应：新材料的策略和应用
4. Fibroin and polymer-based fibroporous biomaterials: candidate materials for biomechanical implants? [C] . Joan E.Sanders, Sam T.Bishop ASME international mechanical engineering congress and exposition . 1998

机译：纤维蛋白和基于聚合物的纤维孔生物材料：生物力学植入物的候选材料？
5. Biomaterial strategies towards the development of next generation neural prosthetic devices. [D] . Lewitus, Dan. 2011

机译：开发下一代神经修复装置的生物材料策略。
6. Opportunities and challenges for the development of polymer-based biomaterials and medical devices [O] . Jinghua Yin, Shifang Luan 2016

机译：聚合物基生物材料和医疗器械开发的机遇与挑战
7. Desenvolvimento e caracterização de suportes porosos de polietileno de ultra alto peso molecular (PEUAPM) para utilização como biomaterial para reposição e regeneração óssea Development of ultra high molecular weight polyethylene (UHMWPE) porous supports for use as biomaterial in osseous replacement and regeneration [O] . Anahi H. Aparecida, Antonio C. Guastaldi, Marcus V. L. Fook 2008

机译：超高分子量聚乙烯（PEUAPM）多孔支撑物的开发和表征，用作骨替代和再生的生物材料超高分子量聚乙烯（UHMWPE）多孔支撑物用作骨替代和再生的生物材料

How to accelerate biomaterial development? Strategies to support the application of novel polymer-based biomaterials in implantable devices.

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