顶泌汗腺

dǐnɡ mì hàn xiàn
  • apocrine sweat gland
顶泌汗腺顶泌汗腺
  1. 腋窝菌群敏感性与顶泌汗腺分布规律的研究

    Research of the sensibility of microbial population in axillary fossa and the distribution of apocrine sweat gland

  2. 顶泌汗腺囊肿伴含铁血黄素皮肤纤维瘤样基质2例

    Apocrine gland cyst with hemosiderotic dermatofibroma-like stroma : Report of two cases

  3. 透射电镜下12例腋臭患者顶泌汗腺细胞整体形态显示典型的分泌上皮细胞特征,8例顶泌汗腺细胞未显示典型上皮细胞特征;

    Under the electron microscope , typical features of secretory epithelial cells were shown in 12 cases .

  4. 组织病理检查示表皮疣状增生,皮脂腺和顶泌汗腺增生。

    The histopathology examination showed a verrucous appearance of epidermis and hyperplasia of sebaceous glands and apocrine glands .

  5. 汗腺是皮肤重要的附属器之一,分为外泌汗腺和顶泌汗腺,其中外泌汗腺起着体温调节、分泌、代谢等重要作用。

    The human eccrine sweat gland is an important skin accessory involved in secretion , excretion and thermoregulation .

  6. 结果:光学显微镜下12例腋臭患者顶泌汗腺呈现分泌高峰期,8例呈现分泌低谷期;

    Results : Under the optics microscope , 12 eases presented high peak stage and8 cases presented low valley stage .

  7. 目的:探讨在腋臭根治术中如何快速清除皮下组织、顶泌汗腺和大小汗腺。

    ObjectiveIn the way of how to explore with quick removal subcutaneous tissue , the top secrete sweat glands and size sweat glands .

  8. 在形成顶泌汗腺单位的皮肤部位还有第三个上皮胚芽形成,它发生于皮脂腺始基之上与毛囊相对的位置。

    At skin sites destined to have apocrine units , a third epithelial bud develops from the opposite side of the follicle above the level of the sebaceous gland anlage .

  9. 目的:研究腋臭患者腋窝顶泌汗腺的形态学结构,探讨顶泌汗腺的分泌周期和影响腋臭发病的因素。

    Objective : To investigate the morphologic feature of human apocrine sweat glands in axillae of osmidrosis patients , in order to discuss the secretory periods and the causes for the occurrence of osmidrosis .

  10. 结论:皮片翻转器和医用削刮修整器是在直视下快速清除皮下组织、顶泌汗腺和大小汗腺的一套很好用的组合器械。

    ConclusionSkin of the flip and medical cut the wind is in shaping a direct quickly get rid of subcutaneous tissue , the top secrete sweat glands and size of sweat gland a nice combination instrument .

  11. 方法:用光学显微镜、透射电子显微镜观察20例腋臭患者腋窝顶泌汗腺显微、超微结构,并分析性别、年龄、季节等发病因素与气味强度之间的关系。

    Methods : Optics and electron microscope were used to observe the microstructure and ultrastructure of human apocrine sweat glands in axillae from 20 osmidrosis patients , and then discuss the relations between different gender , age , seasons and odor intensity .