总苞素
丝状蛋白
洛里克林
表皮(动物学)
疤痕
病理
角质层
角细胞
瘢痕疙瘩
颗粒层
免疫组织化学
角质形成细胞
皮肤病科
生物
医学
解剖
特应性皮炎
生物化学
体外
作者
Grace C. Limandjaja,Leonarda J. van den Broek,Taco Waaijman,Heather Veen,Vincent Everts,Stan Monstrey,Rik J. Scheper,Frank B. Niessen,Susan Gibbs
摘要
Keloids showed increased epidermal thickness compared with normal skin and normotrophic and hypertrophic scars. This was not due to hyperproliferation, but possibly caused by abnormal early terminal differentiation, which affects stratum corneum formation. Our findings indicate that the epidermis is associated with keloid pathogenesis and identify involucrin as a potential diagnostic marker for abnormal scarring.
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