The cultured cells show merocrine and apocrine secretion.
培养细胞有局部分泌和顶浆分泌。
Protein, carbohydrate, ammonia, lipid, and iron are all found in apocrine secretion.
蛋白质、碳水化合物、氨、脂质、铁等都发现存在于顶浆分泌物中。
Conclusion: Apoptosis exists in hair follicle cells and apocrine gland cells after Laser irradiation.
结论：激光照射后，毛囊上皮细胞及大汗腺细胞中有细胞凋亡现象。
Result: The apoptosis has been observed within the hair follicle cells and apocrine gland cells after irradiation.
结果：半导体激光照射后毛囊上皮细胞及大汗腺腺体细胞中出现凋亡细胞；
Objective This article aims to find a safe and effective method by excision of apocrine glands under the deep dermis.
目的本文应用小切口真皮深层摘除大汗腺治疗腋臭的手术方法，希望探讨一种损伤小且效果好的腋臭治疗方法。
There were secretory periods in the human apocrine sweat glands. It is valuable for researching the treatment of osmidrosis.
腋臭患者顶泌汗腺有一定的分泌周期，该特征对腋臭的临床治疗有一定的价值。
Note the epithelial cells lining the lumen demonstrate apocrine secretion with snouting, or cytoplasmic extrusions, into the lumen.
注意排成管腔的上皮细胞显示了分泌物进入管腔的顶浆分泌或细胞质分泌。
Objective To compare the therapeutic effect of traditional and modified apocrine gland removal surgery with the combination of high radiofrequency knife for axillary osmidrosis.
目的探讨联合射频电波刀治疗的改良大汗腺清除术和大汗腺清除术治疗腋臭的疗效差异。
Objective To summarize the clinical curative effect of subcutaneous pruning by fold incision and CO2 laser vaporization removed apocrine gland in treatment of axillary osmidrosis.
目的：总结皱襞切口修剪加CO2激光汽化大汗腺治疗腋臭的疗效。
Objective To summarize the clinical curative effect of subcutaneous pruning by fold incision and CO2 laser vaporization removed apocrine gland in treatment of axillary osmidrosis.
目的：总结皱襞切口修剪加CO2激光汽化大汗腺治疗腋臭的疗效。
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