2) skeletal muscle
骨骼肌组织
1.
To explore the differentiation potential of stem cell antigen-1 positive cells (Sca-1 + cells) from murine fetal liver into skeletal muscle cells in vivo.
取 14 5d的小鼠胎肝 ,制作细胞悬液 ;用单克隆免疫磁珠细胞分离技术分离Sca 1+ 细胞 ;用PCR鉴别Y染色体性别决定区域 (SRY)基因序列 ;将 2× 10 3 个雄性小鼠Sca 1+ 细胞输注给经致死剂量 (10Gy) 60 钴全身照射的雌性小鼠体内 ;于移植后 2个月 ,处死受体小鼠 ,取骨骼肌组织固定、制片 ;用免疫组织化学染色和荧光原位杂交检测雌性受体小鼠骨骼肌组织内供体小鼠胎肝Sca 1+ 细胞向骨骼肌细胞分化情况。
2.
Objective: in order to explore the different effects of hypoxia,training and hypoxic training on angiogenesis of skeletal muscle.
为了研究低氧、训练及低氧训练对骨骼肌组织血管生成的不同作用,采用3×3析因设计试验,将健康雄性SD大鼠72只,随机分为9组,采用免疫组织化学及生物体视学方法,检测骨骼肌组织中微血管密度参数的改变,分析低氧和运动训练两种不同的处理因素对骨骼肌组织微血管体积密度、表面积密度、长度密度的单独效应、主效应及交互作用。
3) engineered myocardial tissue
工程化心肌组织
1.
Experimental study of engineered myocardial tissue in vitro;
体外构建工程化心肌组织的实验研究
4) engineered cardiac tissue
工程化心肌组织
1.
Objectives: To construct engineered cardiac tissue (ECT) using liquid collagen as scaffold based on cardiac myocytes as seed cells derived from newborn rats and embryonic stem (ES) cells, respectively.
内容:考察以液态胶原为支架构建工程化心肌组织细胞的接种密度和胶原用量对工程化心肌组织形成的影响,在此基础上建立从胚胎干细胞来源的心肌细胞构建工程化心肌组织的方法。
5) Skeleton amyotrophy histopathology
骨骼肌萎缩/组织病理学
6) Tissue engineered bone
组织工程化骨
1.
Use of GFP labelling technique to monitor tissue engineered bone formation in nude mice;
应用GFP标记技术示踪裸鼠体内组织工程化骨的形成
2.
Experimental study on the tissue engineered bone repair of rat alveolar defects;
组织工程化骨修复大鼠下颌骨缺损的实验研究
3.
Purpose Using the BMSCs-Bio-Oss tissue engineered bone which was constructed by BMSCs as seed cells and the Bio-Oss calf inogenic bone grains as scaffold materials to approach the feasibility of applying the tissue engineering combined with Bio-Gide collogen membrane to promote canine alveolar bone to regenerate.
目的 选用骨髓间充质干细胞(bone marrow mesenchymal stem cells，BMSCs)作为种子细胞，Bio-Oss小牛无机骨粉作为支架材料，构建组织工程化骨，探讨应用组织工程技术，结合Bio-Gide胶原膜促进犬牙槽骨再生的可行性。
补充资料：动物组织骨骼肌
李瑞端绘
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条