- 更多网络例句与成肌细胞相关的网络例句 [注：此内容来源于网络，仅供参考]
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In conclusion, the results indicated that the calpastatin level was modulated by certain growth and differentiation factors and its continuous presence resulted in the inhibition of myoblast fusion. Calpains may play an important role in cytoskeletal reorganization that is requisite for myoblast fusion.
结果表明，细胞内calpastatin的含量是由某些生长与分化因子调控的，calpastatin的连续出现抑制了成肌细胞的融合，说明calpains在成肌细胞融合进程中，对细胞骨架的重组起关键性地作用。
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The effect of leptin on promoting myoblast proliferation and cell accumulation in the S+G2/M phase were inhibited by TNF-α.
脂肪细胞因子TNFα抑制leptin对猪骨骼肌成肌细胞增殖和增殖期S+G2/M阶段细胞积聚的促进作用；降低leptin对猪骨骼肌成肌细胞分化期间对CK活性和MyoG表达的抑制效应。
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According to 5'flank regions and partial sequences of the MyoG gene in Sus scrofa, Bos taurus, Homo sapiens, and Mus musculus published in GenBank, the homogeneous primers were designed to amplify the promoter region of Gansu wapiti MyoG by Touch-Down PCR.
MyoD和MyoG是一类肌调节蛋白，其中MyoD代表肌源性的发生；MyoG诱导骨骼肌的最终分化，调控中胚层细胞分化为成肌细胞，再由成肌细胞融合为肌纤维这一过程，在肌细胞分化过程中起着中心调节作用，是唯一的不可替代的成肌调节因子[2]。
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Finally, we also examined the diferentiation efect of Ad-GFP on myoblasts.3.Study of the transfection of Ad-GFP to myoblasts which Transplanted in the intrarectal of the immune defect rat.The immune defect rats Were randomized in to 2 groups( 10 in each group):The experimental group transplanted with myoblasts transfected by Ad-GFP; the control group injected PBS.
并观察转染了Ad-GFP后是否会对成肌细胞的分化融合有影响。3、转染Ad-GFP的成肌细胞在免疫缺陷小鼠直肠内移植的实验研究将20只免疫缺陷小鼠随机分成2组(每组10只)，移植组肛管直肠粘膜下层注射转染Ad-GFP的成人成肌细胞，对照组注射PBS。
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Generally we think muscular histogenesis has many steps of biology, including foetal mesoderm merotomy; myoblast shapes in arthromera; myoblast can form muscular tissue to move to limbs; the proliferation of sarcoblast can increase cells\'quatity.
一般认为，肌组织发生是一多步骤的生物学过程，包括胚胎中胚层的分节；成肌细胞在体节形成；成肌细胞向四肢迁移形成肌组织；成肌细胞增殖以增加细胞数量。
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Myoblast differentiation and fusion in multinucleated muscle cells was studied in myoblasts growth in culture. The content ofcalpastatin in muscle wonld be related to cell membrane fusion.
在成肌细胞培养中，成肌细胞融合并分化形成多核肌细胞，其中钙激活酶抑制蛋白的含量与细胞膜的融合相关。
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C2C12 cells were induced to differentiation into muscle cells in vitro and the myogenesis model was detected by inverted microscope, RT-PCR, western-blot, cell immunofluorescence histochemistry, flow cytometry and confirmed to be successful. On the foundation of differentiation model, miR-206 was detected by northern hybridization and the result showed that the expression level increasing gradually during muscle differentiation with a character of phase specificity.
利用C2C12细胞在体外成功诱导其向成肌细胞分化，通过形态学观察，RT-PCR、western-blot、细胞免疫荧光组织化学及流式细胞仪等方法进行检测，证实我们所建立的细胞分化模型是成功的，并观察到随着诱导时间的延长，miR-206在成肌分化过程中表达量逐渐增高的，表达改变具有阶段特异性。
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RESULTS: After differentiation of human adherent myoblasts by neural induction medium, no cells with a neural cell morphology (ie., small, refractile cell body with dendritic cell extensions) were seen. All remaining myoblasts cultured with neural induction medium, myoblasts with proliferation medium and myotubes with differentiation medium containing 20 mL/L HS were positive for β Tubulin Ⅲ. C2C12 myoblasts were negative for β Tubulin Ⅲ. In contrast, all the above cells were negative for the markers Neurofilament Mr 68×103 and GFAP.
结果：用诱导分化液作用后，未见小的、伴有突起的放射状形态的神经细胞；抗β Tubulin Ⅲ对经神经元胶质细胞诱导分化液作用后的人成肌细胞、增殖培养液培养后的各代人成肌细胞及仅含20 mL/L HS分化液分化形成的肌管细胞染色均为阳性； C2C12细胞β Tubulin Ⅲ抗体染色阴性；上述所有细胞抗Neurofilament Mr 68×103和抗GFAP染色均为阴性。
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Desmin, the marker of myoblasts, was adopted to identify the expression of specific marker protein of sarcoblast desmin with immunohistochemistry. Desmin negative cell clones were removed, and desmin cell clones were cultured continuously with the culture fluid replaced once every other day.
采用成肌细胞特异性标志抗原desmin免疫化学染色，鉴定成肌细胞标志蛋白——结蛋白的表达，弃去desmin阴性的细胞克隆，继续培养desmin阳性的细胞克隆，隔天换液1次，7 d进行酶消化传代，获得大量扩增的细胞，并可冻存复苏，用于实验。
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The myoblasts are the precursor of the maturated muscle cells, while the satellite cells are a kind of mononucleus cells which have the characteristics and function of the myoblasts. The satellite cells participate in the growth of skeletal muscle, the repair after injury of the muscle and provide nuclei to the maturated muscle for the normal alternation of cell nuclei. They are very important to the maintenance of the function of skeletal muscle.
成肌细胞为成熟肌细胞的前体细胞，而肌卫星细胞则是成熟骨骼肌组织中具有成肌细胞特征和功能的一类细胞，参与骨骼肌的生长、损伤后的修复以及为正常骨骼肌细胞核的更替提供细胞核，对骨骼肌正常功能状态的维持很重要。
- 更多网络解释与成肌细胞相关的网络解释 [注：此内容来源于网络，仅供参考]
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myoblast：成肌细胞
尽管还没有直接的证据表明移植物的FasL能杀伤相应的炎细胞,但该研究间接 表明了FasL在维持移植物免受排斥反应的重要性. 最近,Lau等[12]通过F asL+成肌细胞(myoblast)和胰岛细胞共移植创造了一种免疫赦免的微环境.
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myoblast：成肌细胞 肌母细胞 肌胚细胞
mynah /八哥[鸟]/鹆/ | myoblast /成肌细胞/肌母细胞/肌胚细胞/ | myocardial /心肌梗塞/心肌衰弱/
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skeletal myoblast：成肌细胞
骨骼肌成肌细胞(skeletal myoblast)虽然可以改善梗死后的心功能,但由于无法与宿主心肌细胞形成连接结构,不能建立有效的兴奋-收缩耦联,因此不被临床看好.
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Skeleton myoblast：骨骼肌成肌细胞
骨架提取:skeleton extraction | 骨骼肌成肌细胞:Skeleton myoblast | 骨骼双染法:double stain of skeleton.
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sarcoblast：成肌细胞
sarcoadenoma 腺肉瘤 | sarcoblast 成肌细胞 | sarcocarp 果肉
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sarcoblast：成肌细胞/肌母细胞
sarcobiot 肉寄生虫 | sarcoblast 成肌细胞 肌母细胞 | sarcocarcinoma 癌肉瘤
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sarcogenic cell：成肌细胞
sarcoenchondroma 内生软骨肉瘤 | sarcogenic cell 成肌细胞 | sarcoid 肉样瘤
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sarcoplast：成肌细胞
肌浆网 sarcoplasmic reticulum | 成肌细胞 sarcoplast | 肉瘤病 sarcosis
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myoblasts：肌母细胞;成肌细胞
泛无尾亚目 MYOBATRACHIDAE | 肌母细胞;成肌细胞 myoblasts | 心肌层;心肌 myocardium; myocardial layer
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autologous skeletal myoblasts：自体骨骼肌成肌细胞
自体造血于细胞移植:autologous hematopoietic stem cell transplantation | 自体骨骼肌成肌细胞:autologous skeletal myoblasts | 原位移植模型:orthotopic implantation