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The influence of cell-matrix attachment and matrix development on the micromechanical environment of the chondrocyte in tissue-engineered cartilage

机译：细胞基质附着和基质发育对组织工程软骨中软骨细胞微机械环境的影响

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Khoshgoftar, M Mehdi; Ito, K Keita; Donkelaar, van, CC René;
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年度 2014
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1. The Influence of Cell-Matrix Attachment and Matrix Development on the Micromechanical Environment of the Chondrocyte in Tissue-Engineered Cartilage [J] . Khoshgoftar Mehdi, Ito Keita, van Donkelaar Corrinus C. Tissue engineering, Part A . 2014,第23a24期

机译：细胞基质附着和基质发育对组织工程软骨软骨细胞微机械环境的影响
2. The mechanical environment of the chondrocyte: a biphasic finite element model of cell-matrix interactions in articular cartilage [J] . Guilak F., Mow VC. Journal of Biomechanics . 2000,第12期

机译：软骨细胞的机械环境：关节软骨中细胞-基质相互作用的双相有限元模型
3. A reaction-diffusion model to predict the influence of neo-matrix on the subsequent development of tissue-engineered cartilage [J] . C.C. van Donkelaar, G. Chao, D.L. Bader, Computer methods in biomechanics and biomedical engineering . 2011,第4a6期

机译：反应扩散模型可预测新基质对组织工程软骨随后发育的影响
4. TISSUE-ENGINEERED CARTILAGE IN THREE-DIMENSIONAL CULTURED CHONDROCYTES BY ULTRASOUND STIMULATION AND COLLAGEN SPONGE AS SCAFFOLD [C] . Toshihiko Shiraishi?, Ietomo Matsunaga, Shin Morishita International Mechanical Engineering Congress and Exposition . 2010

机译：通过超声刺激和胶原海绵的三维培养的软骨细胞中的组织工程软骨
5. PEG-based hydrogels as chondrocyte carriers for tissue engineered cartilage: Controlling extracellular matrix evolution and integration with native cartilage. [D] . Rice, Mark Andrew. 2006

机译：基于PEG的水凝胶作为组织工程软骨的软骨细胞载体：控制细胞外基质的进化以及与天然软骨的整合。
6. INHIBITION OF CELL-MATRIX ADHESIONS PREVENTS CARTILAGE CHONDROCYTE DEATH FOLLOWING IMPACT INJURY [O] . Kee W. Jang, Joseph A. Buckwalter, James A. Martin -1

机译：抑制细胞基质粘附可防止撞击伤后软骨软骨细胞死亡
7. Physioxia stimulates extra-cellular matrix deposition and increases mechanical properties of human chondrocyte-derived tissue-engineered cartilage [O] . J E Dennis, G A Whitney, J Rai, 2020

机译：基础氧态刺激细胞外基质沉积，增加人软骨源性组织工程软骨的机械性能

The influence of cell-matrix attachment and matrix development on the micromechanical environment of the chondrocyte in tissue-engineered cartilage

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