JOINT REPLACEMENT PROSTHESES Fit -Anatomy Function -Kinematics; Range of Motion Fixation Bone cement, bone interdigitation with an irregular surface, bone ingrowth into a porous coating Tribology
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BIOMATERIALS-TISSUE INTERACTIONS BIOMATERIAL TISSUE Strength ize scale IOnm 100nm lum 10 um 100 um Imm Modulus of Elasticity Fracture mechanics
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B. Cell-Matrix Interactions A. How cells pull onto and deform the matrix to which they attach themselves. B. Cell-matrix interactions control the spontaneous closure of wounds in organs. C. What happens when regeneration is induced?
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C. Cell-Matrix Interactions A. How cells pull onto and deform the matrix to which they attach themselves. B. Cell-matrix interactions control the spontaneous closure of wounds in organs. C. What happens when regeneration is induced?
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Chapter 2. Cell-Matrix Interactions. [that determine biomaterials function in vitro and in vivo] A. How cells pull onto and deform the matrix to which they attach themselves. B. Cell-matrix interactions control the spontaneous closure of wounds in organs. C. What happens when regeneration is induced?
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UNIT CELL PROCESSES Concept of a \Control Volume\ around a Cell Soluble Regulator Cell Matrix
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CELLS FOR TISSUE ENGINEERING/REGENERATIVE MEDICINE Autologous -Differentiated parenchymal cells of same or other tissue type -Stem cells (adult) Allogeneic
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TISSUE ENGINEERING What is tissue engineering Production of tissue in vitro by growing cells in porous, absorbable scaffolds (matrices). Why is tissue engineering necessary? Most tissues cannot regenerate when injured or diseased
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SACHUSE Massachusetts Institute of Technology Harvard Medical School Brigham and Women's/Massachusetts General Hosp
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C. Synthesis of biologically active scaffolds (regeneration templates) 1. History of biologically active scaffolds (regeneration templates). 2. Physical chemistry of collagen: Melting of collagen quaternary structure (thromboresistance). Melting of collagen tertiary structure (gelatinization). 3. Synthesis of ECM analogs: lonic complexation
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