老师给我们看肌肉组织，脑组织和表皮组织的图片。
The teacher showed us pictures of muscle tissues, brain tissues, and skin tissues.
精华素的营养元素能深深沁入肌肤以改善表皮组织。
Essential nutrients are infused deep into the skin to help improve the support structure of the epidermis.
天然骨胶原蛋白及海洋维他命e诱导体，迅速渗透肌肤，滋养表皮组织。
Contain natural ossein protein and Marine vitamin e, penetrate into skin quickly and nourish epidermal tissue.
同时表皮组织会重新排列，生长出新的皮肤组织，从而实现整脸换肤的功能。
At the same time, the epidermis tissue will re-arrange, to generate new skin cells, to get the function of whole face skin resurfacing.
不同于“发光小球”，这些小点是直接绘在面部表皮组织上的，因而可以捕捉到更细微的表情。
Unlike marker beads, the dots were painted directly on surface tissue, which allowed more detailed expression capture.
叶片内部光分布微分曲线说明：叶片表皮组织的存在有利于叶片内部各组织之间光吸收的均匀化。
Based on differential analysis of the light curve, it seems that the epidermic cell layer could facilitate the averaging light absorbance between different tissue layers within a leaf.
他们随后便用人类表皮和神经组织分别测试这两处序列的作用，结果进一步验证了他们的观点。
They then tested the effects of the deleted sequences in human skin and neural tissue, and found further evidence to support their claims.
皮肤有三层：表皮、真皮和皮下组织。
The skin consists of three layers: the epidermis, dermis and subcutaneous tissue.
结论皮肤软组织扩张术的应力能诱导大鼠表皮干细胞的增殖与分化，其可能是皮肤软组织扩张术的重要生物学基础。
Conclusion The stress of skin soft-tissue expansion can induce epidermal stem cells to proliferate and differentiate, which probably is an important biological basis for skin soft-tissue expansion.
理想的组织工程皮肤应该是包含表皮与真皮组织、具有完整皮肤生理功能的复合皮。
The ideal tissue-engineered skin should consist of cuticle and dermal tissues as well as compound skins of complete physiological function.
正如表皮、真皮的厚度因部位而异一样，皮下组织也一样。
Just as the epidermis and the dermis vary in thickness according to skin site, so does the subcutaneous tissue.
厚角组织：一种特殊类型的薄壁组织，通常位于表皮的下方，起支持作用。
Collenchyma a specialized type of parenchyma usually located just beneath the epidermis that functions as supporting tissue.
目的观察皮肤软组织扩张术对大鼠表皮细胞增殖分化的影响。
Objective To observe the effect of skin soft-tissue expansion on the proliferation and differentiation of rat epidermal cells.
树皮；位于根表皮和中柱之间的组织。
Bark or rind; root tissue between the epidermis and the stele.
研究显示角质细胞生长因子2是一个多功能因子，对表皮、真皮和黏膜组织具有显著的促再生和修复作用。
Study shows that KGF-2 is a multifunctional growth factor, which can significantly promote regeneration and reparation of epidermis, dermis and mucous membrane tissue.
可以区分开来的外部周界是表皮层，由无定形组织的蜡质和果胶构成。
The cuticle exists as the separable outer boundary and consists of a layer of wax and pectin materials that appears to be structureless.
皮，皮肤：形成动物的外皮或覆盖物，并在背椎动物中形成表皮和真皮的膜状组织。
The membranous tissue forming the external covering or integument of an animal and consisting in vertebrates of the epidermis and dermis.
其实，这种病毒是一种双链DNA病毒，这种病毒具有种属特异性，严格寄居人表皮、体外组织或实验动物模型中，培养困难。
In fact, this virus is a double stranded DNA virus, the virus has a kind of specificity, strictly in the human epidermis, in vitro tissue or experimental animal model, the difficulty of training.
结果表明，固氮细菌鹑鸡肠球菌在水稻根表皮细胞、内皮层细胞、维管组织细胞和细胞间隙中存在。
The results indicated that theendophytic diazotrophic bacteria existed in epidermal cells, cortex cells, vascular tissue cells and intercellular spaces of rice roots.
隐花色素主要存在于视网膜中，但是他们在身体的很多靠近表皮的组织也有表达。
Although cryptochromes are mainly found in the retina of the eye, they are also present in many different tissues of the body that are close to the surface.
目的：对比研究培养的组织工程皮肤与正常皮肤的角蛋白构型，探讨培养后的表皮分化情况。
AIM: to compare the keratin pattern between the tissue engineered skin and normal skin so as to investigate the differentiation of tissue engineered epidermis.
表皮和产蜜组织细胞均具泌蜜功能。
Cells of both nectariferous tissue and epidermis are secreting cells.
首次报道从人胎盘绒毛组织提取表皮生长因子受体，并制备受体抗体。
Antibodies were prepared against epidermal growth factor receptor isolated from human placental villus tissue.
不同基源的溪黄草药材在叶表皮结构、叶组织结构和叶粉末几方面均具有不同的显微鉴别特征。
Medicinal plants of different kinds of Herba Rabdosiae Serrae have different microscopic identification structure in leaf epidermis, leaf transverse section and leaf powder.
其衍生细胞分化为原表皮、基本分生组织和原形成层。
The differentiation of the cells derived from the primordial meristem formed protoderm, ground meristem and procambium strand.
本型组织病理改变，主要是表皮角质层有显著角化不全，棘细胞层增厚，表皮突向下延展，深入真皮。
Pathological changes of the organization, mainly the epidermal cuticle significant parakeratosis, acanthosis cell layer thickening, epidermal sudden downward extension of in-depth dermis.
结果表明：果实横切面从外到内是表皮层、石细胞层、中果皮及内果皮组成的果肉组织。
The results were as follows: Persimmon fruit consists of epidermis, sclereid layer and pulp tissues from outside to inside in the fruit transverse section.
结果：成功构建了具有表皮层和真皮层的组织工程皮肤。
Results Succeeded in culturing tissue engineering skin with dermis and epidermis.
鸡胚角膜上皮组织离体培养试验表明，小鼠表皮生长因子对10日龄鸡胚角膜上皮组织有显著的增殖效应。
In vitro culture of corneal epithelium of 10 days chick embryonic eyes showed that a prominent effect of cells proliferation induced by epidermal growth factor (EGF) of mouse.
鸡胚角膜上皮组织离体培养试验表明，小鼠表皮生长因子对10日龄鸡胚角膜上皮组织有显著的增殖效应。
In vitro culture of corneal epithelium of 10 days chick embryonic eyes showed that a prominent effect of cells proliferation induced by epidermal growth factor (EGF) of mouse.
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