表皮形成

基本解释 (translations)

cuticularization

与表皮形成相关的网络例句 [注：此内容来源于网络，仅供参考]

Epidermal cells near the wound dedifferentiate and proliferate forming blastema and/or migrate to the wound plane forming a pre-epidermis consisting of several layers of stem cells covering the wound plane, which then re-differentiates further forming fully developed epidermis. Cells in the parietal peritoneum are also induced by injury to dedifferentiate into stem cells which then proliferate and migrate along the parietal peritoneum to the wound place forming a pre-peritoneum which re-differentiates into fully developed parietal peritoneum.

伤口愈合包括伤口闭合、顶端表皮层及体腔上皮的新生：创伤后的前4 d，残腕顶端的肌肉组织向伤口处迁移并重排使伤口闭合；创伤附近的表皮层细胞发生脱分化并增殖后迁移到创伤面形成由数层干细胞组成的前表皮层，之后进一步分化形成表皮层；而体腔上皮细胞在创伤诱导下也脱分化并增殖，然后沿体腔上皮迁移到创伤处形成"前体腔上皮"，经再分化形成新的体腔上皮。

Fleecy Effect: Ceramide can form protective membrane on hair surface, and make hair elastic, moist and fleecy.

蓬松效果：在每根头发表皮形成保护膜的神经酰胺成份赋予头发弹力、滋润；加倍蓬松效果。

Contian rose extract,peeling particles,natural honey and warm spring minerals,form macromolecue polymer,mildly peel off aged hominess,remove oil and dirt,promote skin absorbtion and excretion,effectively relieve bactirium,acarid,oily,dry,rough,dull,acne,spot,itching and dirt skin,and make skin tender,smooth and white

本品蕴含玫瑰提取精华，去角质颗粒，天然蜂蜜，温泉矿物盐配合，能在表皮形成高分子聚合物，温和扫除老化死皮，肌肤内外的油污，增强肌肤吸收及排泄能力，从而有效解决肌肤的菌，螨，油，干，粗，黑，暗，豆，斑及深层污染等问题，让肌肤重现幼滑白皙

One of the many small, platelike dermal or epidermal structures that characteristically form the external covering of fishes, reptiles, and certain mammals.

真皮与表皮交界处凹凸不平，形成许多真皮乳头和表皮突一、表皮表皮主要由角朊细胞组成，。。。

Product efficacy : enrich delicate foam, tenderly clean the facial skin, wipe out the dirt in pores without the slightest sense of dryness, tension and pain, skin gives adequate moisture, easing dry skin the phenomenon of dry, form a natural protective film on the scarfskin to keep skin moisture-preserved, the moment of creamy skin, flexible, nutritious and hydrate, hydrate the skin tender and not tight.

本店专营来自法国妮唯雅国际化妆品公司出品，广州集美化妆品有限公司分装的曼之秀名品系列，带着优雅浪漫的法国气息，款款走进了时代丽人的视线，爱美者识美，这个由海洋、森林、花草组成的异域灵物组合将带给你健康和谐的美，让你由内到外绽放出靓丽的光芒。。产品功效：丰富柔滑的细致泡沫，能温和的洗净面部肌肤，彻底清除毛孔内的各种污垢，而又不感丝毫的干涩，紧绷和刺痛，同时赋予肌肤充足的水分，舒缓肌肤干燥缺水的现象，并在肌肤表皮形成天然的保护膜，防止水分流失，使肌肤时刻幼滑，有弹性，有营养和滋润，令肌肤水嫩滋润不紧绷。

Methods S. epidermidis atlE gene expression level at different phases was detected by RT-PCR, and the accumulation of extracellular DNA at different phases was assessed by spectrophotometric measurements of light absorbance by DNA; DNase Ⅰ was used to study the function of extracellular DNA in biofilm formation and primary attachment. The effects of atlE gene deletion on initial adherent capacity, biofilm formation and extracellular DNA release were studied by construction of atlE deletion mutant via homologous recombination.

采用RT-PCR法检测表皮葡萄球菌atZE基因在不同时期的表达水平，用紫外分光光度计检测DNA的方法检测了相应时期的胞外DNA的释放量，并用DNA酶研究表皮葡萄球菌胞外DNA在生物膜形成和起始黏附中的作用；采用ρBT2质粒同源重组敲除的方法构建了表皮葡萄球菌1457的atlE基因突变株，研究atlE基因敲除突变对起始黏附能力、生物膜形成及胞外DNA释放能力的影响。

Epidermal cells near the wound dedifferentiate and proliferate forming blastema and/or migrate to the wound plane forming a pre-epidermis consisting of several layers of stem cells covering the wound plane, which then re-differentiates further forming fully developed epidermis. Cells in the parietal peritoneum are also induced by injury to dedifferentiate into stem cells which then proliferate and migrate along the parietal peritoneum to the wound place forming a pre-peritoneum which re-differentiates into fully developed parietal peritoneum.

伤口愈合包括伤口闭合、顶端表皮层及体腔上皮的新生：创伤后的前4 d，残腕顶端的肌肉组织向伤口处迁移并重排使伤口闭合；创伤附近的表皮层细胞发生脱分化并增殖后迁移到创伤面形成由数层干细胞组成的前表皮层，之后进一步分化形成表皮层；而体腔上皮细胞在创伤诱导下也脱分化并增殖，然后沿体腔上皮迁移到创伤处形成&前体腔上皮&，经再分化形成新的体腔上皮。

And multiple effects of AK auto Ab on ker-atinocyte and possible mechanism of AK auto Ab on recovery of epiderm injury are preliminarily studied.

以往对AK auto Ab在表皮发育、皮肤损伤等过程中的作用大多从动物整体水平进行研究［2，3］，为了进一步明确AK auto Ab在表皮自身稳定中的作用，我们以体外培养皮肤为研究对象，直观地比较不同浓度AK auto Ab对表皮形成的影响，并为阐明AK auto Ab促进皮肤损伤恢复的机制进行初步探讨。

The epidermis dominant the changes. Mesenchymal is subordination.β-catenin expression begin from placode epidermis stage and go up increasingly as well as peak value maintain to hair follicle. The range of mesenchymal change is less. SHH expression transform is dramatically to stimulate the placode-germ-peg-hair follicle.

结果表明，在睫毛毛囊的形态发生中表皮－间充质相互作用以表皮为主导间充质随着表皮而变化，β-catenin从基板表皮开始表达，逐渐增强，从毛芽至形成毛囊维持高水平，间充质变化幅度较小；Shh则在睫毛形态发生中变化剧烈，刺激基板－毛芽－毛钉－毛囊。

It is suggested that mechanisms protecting epidermis of squamata species from UVB damage may involve in (1) Physical defensive mechanism: the death epidermal layer limited UVB transmitting to the viable cells;(2) Biochemical defensive mechanism: up-regulated CAT may protect skin from reactive oxygen species which may induced by UVB. Moreover, the lipid and proteins in the β-, meso- and α-layer may absorb incident UVB and formed damaged products that were limited in the original site;(3) Cellular defensive mechanism: quick initiating of proliferation of the germinal cells and forming of the new epidermis and shedding out the damaged epidermis shortened the damage process and restricted the damage area.

1物理性防御：角质层和中层阻挡绝大部分UVB透过，最大限度地减轻生发层的损伤；(2)生化性防御：通过上调CAT活性以减轻LVB诱导的活性氧对表皮的损伤，同时角质层蛋白质和中层脂类可吸收UVB，且形成的有害产物被局限于原位；(3)细胞性防御：通过迅速启动再生修复过程形成新的表皮，及时蜕去积累了脂类过氧化产物、受损蛋白质和晒斑细胞等的受损表皮，有效防止损伤的持续和蔓延。

与表皮形成相关的网络解释 [注：此内容来源于网络，仅供参考]

cutification：皮肤形成

cutie 漂亮可爱的女孩 | cutification 皮肤形成 | cutin 表皮素

cutification：皮肤形成/成皮

cutie /漂亮可爱的女孩/ | cutification /皮肤形成/成皮/ | cutin /表皮素/蜡状质/

dermatogen：表皮原

认为被子植物的茎端是由三个组织区的前身,即组织原组成,每一组织原有一个或一群原始细胞发生,这三个组织原分别称为表皮原(dermatogen)、皮层原(periblem)和中柱原(plerome)(图3-35,A),它们以后活动能分别形成表皮、皮层和维管柱,

epidermis：表皮 表皮

一、表皮 表皮(epidermis)是皮肤的浅层,由角化的复层扁平上皮构成. 各处厚薄不一,平均厚约0.1mm. 表皮细胞分为角质形成细胞和非角质蛋白形成细胞两种. 二、真皮 真皮(dermis)位于表皮与皮下组织之间,由致密结缔组织构成. 分为乳头层和网状层,

epidermization：表皮形成

epidermitis 表皮炎 | epidermization 表皮形成 | epidermodysplasia 表皮发育不良

cervical neoplasia：宫颈瘤形成;宫颈肿瘤

5、cervical intra-epithelial neoplasia 颈表皮内瘤形成 | 6、cervical neoplasia 宫颈瘤形成;宫颈肿瘤 | 7、cervix intraepithelial neoplasia 宫颈上皮内瘤形成

Staphylococcus epidermidis：表皮葡萄球菌

例如,表皮葡萄球菌(Staphylococcus epidermidis)浮游细胞刺激人血淋巴细胞产生的γ干扰素量是BF细胞的8-16倍;(2)抵抗单核巨噬细胞的趋化作用;(4)BF细菌可刺激机体产生抗体,但这些抗体不仅难以灭杀BF内部的细菌,而且可在BF表面形成免疫复合物,

optic vesicle：视泡

晶状体源于表皮外胚叶,开始形成于胎生第三周,是视泡(optic vesicle)同表皮外胚叶相互诱导作用的结果. 最初,同视泡接触的外胚叶组织(晶状体原基anlage)增厚形成晶状体板(lens plate). 胎生22~23天,晶状体板细胞向后呈泡样突起形成晶状体凹陷(1ens pit);

bullaeformation,vesiculation：水疱形成

bullae大疱 | bullaeformation,vesiculation水疱形成 | bullousepidermalnecrolysis大疱性表皮坏死松解症

bullae formation, vesiculation：水疱形成

bullae 大疱 | bullae formation, vesiculation 水疱形成 | bullous epidermal necrolysis 大疱性表皮坏死松解症