epidermis的例句大全

Filaggrin gene is a member of epidermal differentiation complex, and it closely relates to the formation of cell membrane and terminal differentiation of epidermis.

中间丝蛋白基因是表皮分化复合物基因簇的成员之一，与细胞膜形成及表皮终末分化密切相关。

In the primary thickening process of the shoot bud wall, the contributions of each tissue were arranged from big to small as follows: vascular tissue ground tissue cortex+ epidermis.

在笋芽壁的增厚过程中，各组织的贡献率自大到小为：维管组织基本组织皮层+表皮，维管组织的分化发育是笋芽壁增厚的主要因素。

In the primary thickening process of the Phyllostachys edulis shoot bud, the contributions of different tissues were arranged as follows: pith meristem vascular tissue ground tissue cortex+ epidermis. The main factor of the primary thickening process is the proliferation and the increase of pith cells.

在笋芽的初生增粗生长过程中，各组织的贡献率自大到小为：髓分生组织维管组织基本组织皮层+表皮，髓分生组织细胞的增殖与增大是竹笋进行初生增粗生长的主要因素。

RT-PCR analysis showed that the EH mRNA only expressed in the brain, and was not be detected in other neural tissues, such as suboesophageal ganglion, thoracic ganglion, abdominal ganglion, and non-neural tissues, such as midgut, fat body and epidermis.

亚洲玉米螟羽化激素基因mRNA只在脑中表达，在咽下神经节、胸神经节、腹神经节等神经组织中检测不到，在非神经组织如中肠、脂肪体和表皮中也不表达。

The result shows that epidermis layer is thinner than that of other animal, the dividing ling is clear between papillary layer and reticular layer.

结果表明：新生尕里巴牛犊皮表皮层薄；乳头层与网状层分界清晰；

The mechanism of the regulation of calcium to the expression of tissue plasminogen activator in epidermis

表皮细胞中钙离子调节组织型纤溶酶原激活剂表达的机制

Tissue Specificity of Rat Heart, Liver and Epidermis Gap Junction

大鼠心肌、肝脏和表皮缝隙连接的组织特异性

Objective To explore the regulating roles of tissue-type plasminogen activator ( tPA) in the differentiation of keratinocyte in the human epidermis.

目的探讨组织型纤溶酶原激活剂（tPA）参与人表皮角质形成细胞（KC）分化调控的作用。

Archesporial cell was one cell and differentiated from cell in the second layer beneath epidermis.

抱原细胞一个，并且自表皮下第2层细胞处分化。

A group of archesporial cells are formed interior to epidermis at each corner.

每个裂瓣表皮细胞内分化出孢原细胞。

The archesporial cell is a cell of 3 ￣ 4 layer cells under the nucellar epidermis, the archesporial does not undergo meiosis and becomes the megaspore mother cell.

孢原细胞为表皮下3～4层细胞处的一个细胞，孢原细胞不经分裂直接发育成大孢子母细胞。

Results The basic histological characteristics of seborrheic keratosis were hyperkeratosis, acanthosis, papillomatosis and that the inferior end of tumor was paralled to normal epidermis.

结果脂溢性角化病的基本病理特征为角化过度、棘层肥厚、乳头状瘤样增生，肿瘤的下端与正常表皮平行。

The skin biopsy showed hyperkeratosis, hyperplasia of granular layer and liquefaction degeneration of basal cells in the epidermis with band-shaped infiltration of lymphocytes, histiocytes, and melanophages in the superficial dermis.

组织病理检查为表皮角化过度，颗粒层增厚，基层灶性液化变性，真皮浅层可见带状炎症细胞浸润。

The skin biopsy showed hyperkeratosis of the stratum corneum and intracorneal and subcorneal cleft containing polymorphonuclear leucocytes, sparse eosinophils, and keratinous debris with mild edema of the epidermis and papillary dermis.

组织病理学检查：角化过度、角质层内及角质层下裂隙，角质层内可见变性坏死的中性粒细胞和角蛋白碎屑，棘层细胞及真皮乳头层轻度水肿，嗜酸性粒细胞少见。

On Dec 31, 2002, biopsy of cutaneous lesions on left forearm showed hyperkeratosis of epidermis, parakeratosis, severe edema of dermal papillae, intensive infiltration of mature neutrophil in dermis, nuclear dust and capillary telangiectasia.

2002年12月31日左前臂皮损部位行活检，病理活检报告：表皮角化过度，角化不全，真皮乳头高度水肿，真皮密集的成熟中性粒细胞浸润，有核尘，并可见毛细血管扩张。

Methods: Forming the model of mouse vaginal epithelium and scale epidermis of mouse tail, using light microscope to observe the epithelial mitosis and epidermal keratinization respectively.

方法：制备雌激素周期小鼠阴道上皮模型及鼠尾鳞片表皮模型，用光学显微镜观察分析基底细胞中有丝分裂数及颗粒层鳞片数。

METHOD: The authors used two kinds of animal experimental models, mouse vaginal epithelium in estrus cycle and mouse tail scaled epidermis to assess the effect of clobetasol 17 propionate and triamcinolone acetonide on epithelial mitosis and epidermal keratinization respectively.

方法：采用小鼠阴道上皮细胞有丝分裂模型及小鼠尾部鳞片表皮模型，评价醋酸曲安奈德与丙酸氯倍他索抑制细胞有丝分裂和促进颗粒层形成的作用。

The results showed that ginsenosides distributed mainly in the assimilating tissue and phloem parenchyma cells, very little in collenchyma, epidermis and phelloderm, and no coloration in xylem and pith parenchyma.

结果表明，绞股蓝人参皂甙主要分布在营养器官的同化组织及韧皮部薄壁细胞中，厚角组织、表皮及周皮的栓内层也有少量分布，木质部和髓薄壁组织中无皂甙分布；

The growth of the epidermis and acestoma, and the healing time of chronic ulcer were observed.

观察2组患者创面上皮、肉芽组织生长情况，创面愈合时间。

The primary structure of stem consists of epidermis, cortex and vascular cylinder too.

茎的解剖结构也由表皮、皮层和维管柱组成。