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

SACHUSE Massachusetts Institute of Technology Harvard Medical School Brigham and Women's/Massachusetts General Hosp

一、原生质体培养的意义 二、原生质体操作方法 三、原生质体融合的意义 四、融合方法 五、体细胞杂种鉴定方法

一、主要内容 二、花粉和花药培养技术 三、花粉和花药培养应用

一、胚培养 二、胚乳培养 三、胚珠和子房培养

The Extracellular Matrices Part. 2. Elastin fibers. 3. Proteoglycans(PG) and glycosaminoglycans (GAG). 4. Cell-adhesion molecules (CAM)

RESPONSE TO IMPLANTS: WOUND HEALING Surgical Implantation Inc. time Vascular Response Acute Clotting Inflammation Phagocytosis Granulation Neovascularization New Collagen Synthesis Tissue

biologically active model of ECM acts as an insoluble regulator of cell function image removed due to copyright considerations

RESPONSE TO IMPLANTS WOUND HEALING flury Vascular Response Inflammation Tissue of labile Tissue of and stable cells Permanent cells Framework framework Scar Intact Destroyed

A. Symbolism of organ synthesis. B. The central question of organ synthesis. C. What is required to synthesize an organ? D. Trans-organ rules of synthesis