下丘脑-垂体轴细胞超微结构的改变与运动强度和运动时间密切相关。
There is a close relationship between the ultrastructural change in hypothalamus-pituitary axis and training intensity and duration.
因此，在笛卡尔平面使用x轴时，考虑一个特定的细胞为原点。
So, as you do with the x-axis in the Cartesian plane, you consider a particular cell to be the origin.
成份：杯轴花提取物、水溶橘皮苷、祛红血丝剂、洋甘菊干细胞、透明质酸等。
Ingredients: monimiaceae extract, water soluble hesperidin, fading agent, chamomile stem cells, hyaluronic acid etc.
幼叶中层既可由亚边缘原始细胞或远轴层叶肉的第一个细胞单独产生，也可由它们二者共同产生。
The middle layer of laminae is brought about either by submarginal initials of by the first cell of the abaxial layer of mesophyll alone or by both of them .
在细小血管中，由于血细胞明显的趋轴效应，管中的血液分为两个不同的区域，即具有血细胞的核心区和邻近管壁的血浆层。
Blood in small blood vessels, as a result of the tending to axis effect of blood cells, separates into two different areas, that is, a core area with blood cells and a plasma layer near wall.
结果人胚神经元细胞经过延长后可保持其正常形态及维持轴膜的功能。
Results After the human embryo DRG cells were elongated, the normal morphology of neuron and function of axolemma were maintained.
叶肉中分布有少分枝或不分枝的石细胞，其细胞长轴与表皮垂直。
And there are some unbranched or less branching stone cells in it.
目的：观察实验性糖尿病对垂体tsh细胞的影响，探讨糖尿病垂体—甲状腺轴异常的发生机制。
Objective: To observe the influences of experimental diabetes on pituitary thyrotrophs (TSH) and investigate the mechanisms of pituitary-thyroid axis dysfunction in diabetes.
它们起源于叶片远轴面、叶柄的表皮细胞以及苗端茎轴、花柄的表皮细胞。
The haris originated from the epidermis cells of the stem axis, the petiole, the floral shoot and abaxial surface of the young leaves.
非气孔分布区内，表皮细胞长方形，细胞壁直或稍微呈波状，细胞长轴与叶片长轴一致。
In the non-stomata areas the epidermal cells are oblong and parallel to the long axis of leaves, and the anticlinal walls of epidermal cells are mostly straight or some-times undulate.
心肌细胞横切面积的长轴，随心肌细胞体积的增加而逐渐增大；
The major axis of cross-section area of myocytes was enlarged but the minor cross-section diameter did not show any more changes.
表皮细胞和保卫细胞的长轴方向与叶脉走向一致，垂周壁平直或波形；
Epidermis cells and long axis of guard cells tend towards the same direction of venation.
上述结果进一步丰富了三缘双轴虫的细胞学资料，为构建三缘双轴虫的三维图形提供了相关数据。
The results above not only enrich the cytological references, but provide corresponding data for the construction of the three-dimensional graphics.
对叶片的解剖学分析发现突变体中脉缺少细胞和近轴小维管束，导致披叶表型的产生。
Leaf anatomy results revealed the central vein lacks both clear cells and the adaxial small vascular bundle in dl2 mutant, which seemed to cause the drooping leaf phenotype.
对叶片的解剖学分析发现突变体中脉缺少细胞和近轴小维管束，导致披叶表型的产生。
Leaf anatomy results revealed the central vein lacks both clear cells and the adaxial small vascular bundle in dl2 mutant, which seemed to cause the drooping leaf phenotype.
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