线粒体是细胞的能量库，它们分解糖分子，把能量转化成生化反应能够利用的形式。
The mitochondria are a cell’s powerpacks. They disassemble sugar molecules and turn the energy thus liberated into a form that biochemical machinery can use.
线粒体是细胞的能量库，它们分解糖分子，把能量转化成生化反应能够利用的形式。
The mitochondria are a cell's powerpacks. They disassemble sugar molecules and turn the energy thus liberated into a form that biochemical machinery can use.
在系统里，电极产生化学反应，清洁厕盆并将有机废物转化成二氧化碳和氢，储存在燃料电池里，供马桶夜间使用。
In it, electrodes generate chemical reactions that cleanse the bowl and turn organic waste into carbon dioxide and hydrogen that can be stored in a fuel cell for use at night.
光子一旦被植物叶片所吸收，它就能激发出一个电子，该电子随后被用来为糖转化一类的生化反应提供能量。
Once light is absorbed in plant leaves, it energizes an electron which is subsequently used to support a biochemical reaction, like sugar production.
粒子诱发人胎永生化气管成纤维细胞体外恶性转化细胞生物学特征研究。
The study of cell biological character in the neoplastic transformation of immortalizational human fetal tracheal fibroblasts induced by alpha-particle irradiation.
辅酶Q 10是一个至关重要的营养物质对许多生化反应，包括调节粮食转化成能量。
CoQ10 is a vital nutrient for many biochemical reactions including the regulation of conversion of food into energy.
目的研究EZH2蛋白在食管上皮永生化细胞系(SHEE)和恶性转化细胞系(SHEEC)中的表达。
Objective To investigate the expressions of EZH2 protein in the human immortalized esophageal epithelial cell line (SHEE) and the malignant transformation cell line (SHEEC).
综述了转化酶抑制子的生化特性、生理学功能、与转化酶的结合机制以及当前有关转化酶抑制子的分子生物学研究情况。
This paper has reviewed the advances of protein inhibitors of invertase on biochemical characterization, biological function, combination mechanism to invertases, and molecular biological research.
报道了用GC／MS方法及衍生化技术研究6甲氧基正丁苯酞（MBP）在大鼠肝微粒体中的代谢转化结果。
The in vitro biotransformation of 6 methoxy butyl phthalide (MBP) by phenobarbital induced rat liver microsomes was investigated by GC/MS and GC/MS with TMS derivatization.
观察了烟草特异亚硝胺nnk诱发HPV -18永生化人类支气管上皮细胞(BEP2D)恶性转化过程中细胞生物学特征的变化。
The malignant transformation of HPV 18 immortalized human bronchial epithelial cell (BEP2D) induced by tobacco specific nitrosamine NNK and its biological characteristics were investigated.
整合素和细胞骨架在力信号转化为细胞内生化信号，进而引发相应的生理或病理反应中起着重要作用。
Integrins and cytoskeleton play important role in the conversion of mechanical signals into intracellular biochemical signals followed by physiological or pathological responses.
以SV4 0大T抗原转化原代大鼠原代胶质细胞得到的永生化胶质细胞（RGLT）可解决这些问题。
Therefore, an immortalized rat glial cell line (RGLT) was established by SV40 large T-antigen (LTag) gene from the primary rat fetal glial cells.
以SV4 0大T抗原转化原代大鼠原代胶质细胞得到的永生化胶质细胞（RGLT）可解决这些问题。
Therefore, an immortalized rat glial cell line (RGLT) was established by SV40 large T-antigen (LTag) gene from the primary rat fetal glial cells.
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