邦联设计，一块飞机级碳纤维细胞结构。
Confederate design, one piece aircraft grade structural carbon fiber cell.
你的细胞结构则说，听到老板的话了吗？
用微波快速染色法所得结果细胞结构清晰。
The cellular structure was very clear by microwave rapid staining.
组织学观察，除红细胞外，已无细胞结构。
Among all the cell types, only the structure of the red cells could be observed.
模型组大鼠心肌细胞结构出现明显的病理改变。
The obvious pathological changes of cardiomyocyte structure were found in model group.
目前人类和地球上所有已知生命的细胞结构是不可再生的。
The current cellular structure that humanity and all life upon earth know is non-regenerative.
辐射在组织中沉积能量的事件可能对生物体及其内部细胞结构造成损伤。
The deposited energy in body tissue will injure organism and it's cytoarchitecture.
生物课讲授细胞的结构。
运用系统论的原理分析了细胞的形态、结构与功能。
Systems theory was applied to an analysis of cellular form, structure and functions.
这些模型存在于DNA以及组成细胞的蛋白质结构内部。
The patterns exist within the DNA, and within the protein structures that form cells.
在芯片上模拟细胞部分结构的尝试。
但是，相对于人类而言，这些癌细胞显得太小，结构也太过简单。
为细胞提供结构支撑。
细胞是生物体最基本的结构和功能单位。
细胞表面特异功能结构分化不良。
Specific function structure on the surface of cell differentiated poorly.
这个图显示了细胞的结构。
结论：NO、内毒素、OFR破坏胰腺细胞的结构和功能。
Conclusion: NO, endotoxin and OFR damage the structure and function of pancreatic cell.
油菜籽细胞壁的显微结构与其他油料有明显不同。
The cell wall structure of rapeseed cell is obviously different from other oilseeds.
现在已经明白，细胞壁的成分和结构受到严密的控制。
It is clear that the composition and structure of the cell wall are strictly controlled.
结论原子力显微镜是研究亚细胞超微结构的有力武器。
Conclusion AFM is an excellent instrument for observe the subcellular ultrastructure.
病理分析包括癌细胞分化程度、癌组织结构类型。
Pathologically, degree of cell differentiation and the structural pattern of the tumor were identified.
头部的主要结构是细胞核。
目的了解粉防己碱对瘢痕成纤维细胞的超微结构的影响。
Objective To investigate the effect of tetrandrine on the ultrastructure of scar fibroblasts.
目的选用植物细胞表达轮状病毒结构蛋白，拟构建有效植物细胞表达系统。
Objective Plant cell expression system would be established to express rotavirus structural protein.
结论高能震波可以损伤肝细胞的超微结构与功能。
Conclusion HESW can damage the ultrastructure and function of liver.
卵细胞成熟时，有卵外膜，结构复杂。
The mature ootid has the outer membrane with complex structure.
目的探讨胎儿毛囊黑素细胞的定位及精细结构。
Objective To investigate the location, fine structure of melanocytes in human fetal scalp hair follicles.
目的探讨胎儿毛囊黑素细胞的定位及精细结构。
Objective To investigate the location, fine structure of melanocytes in human fetal scalp hair follicles.
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