环孢素治疗特发性滤泡性黏液病1例。

Hayato Mizuno, Tetsuji Yanase, Yuri Yorita, Takanobu Kan, Akio Tanaka
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A 51-year-old Japanese woman presented with an erythematous plaque on her right cheek 2 months before the first visit to our clinic. Initial physical examination revealed cutaneous involvement only, and an infiltrative erythematous plaque with diffuse induration on the right cheek (Figure 1, a). Laboratory investigations revealed that complete blood count, antinuclear and anti-DNA antibody concentrations, and serum complement level were all within the normal range. A skin biopsy was performed, and hematoxylin and eosin staining revealed inflammatory cell infiltration in the shallow and middle layers of the dermis, mainly in the follicular and periadventitial areas, and mucus accumulation in those areas. There was no vacuolar degeneration of the epidermis. The infiltrating lymphocytes were not atypical (Figure 1, b). Alcian blue staining of the mucus revealed mucin deposition, and follicular mucin was also present (Figure 1, c). Immunohistochemical analysis revealed that the infiltrate expressed CD3, CD4, and CD8. The expression of CD8 was higher than that of CD4. We found no genetic reconstitution in the T-cell receptor β and γ chains, based on polymerase chain reaction. Idiopathic FM was diagnosed on the basis of these clinical and histopathological findings. Oral roxithromycin, topical hydrocortisone butyrate ointment, and oral indomethacin did not ameliorate the plaque. The addition of oral minocycline and dapsone also had no therapeutic effect. Treatment with 0.4 mg/kg of prednisolone per day led to improvement of the plaque; the dosage was tapered to 0.2 mg/kg per day over the course of a year; however, skin induration subsequently appeared on both cheeks, which was considered a relapse (Figure 1, d). Cyclosporine at a dose of 2.5 mg/kg per day was added to the regimen, and the symptoms did not recur even when the prednisolone dosage was reduced. 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引用次数: 0

摘要

毛囊性黏液沉着症(FM)是一种以毛囊内黏液沉积为特征的组织病理学疾病;主要症状是丘疹性红斑、丘疹性毛疹和毛发部位的脱发(1)。FM根据潜在疾病或并发症分为特发性和继发性。在复发或难治性病例中,疾病可转变为蕈样真菌病。治疗包括局部或全身皮质类固醇、氨苯砜、吲哚美辛、干扰素、羟氯喹和米诺环素;然而,一些患者对这些治疗没有反应(2)。我们报告一例患者特发性FM右脸颊,耐各种治疗,但对环孢素反应良好。一名51岁的日本妇女在第一次到我们诊所就诊前2个月出现右脸颊红斑斑块。最初的体格检查显示仅皮肤受累,右脸颊有浸润性红斑斑块伴弥漫性硬化(图1,a)。实验室检查显示全血细胞计数、抗核抗体和抗dna抗体浓度、血清补体水平均在正常范围内。进行皮肤活检,苏木精和伊红染色显示真皮浅层和中间层有炎症细胞浸润,主要在滤泡和表皮周围区域,这些区域有粘液积聚。表皮未见空泡变性。浸润淋巴细胞并非非典型(图1,b)。粘液的阿利新蓝染色显示粘蛋白沉积,滤泡粘蛋白也存在(图1,c)。免疫组化分析显示浸润表达CD3、CD4和CD8。CD8的表达高于CD4。基于聚合酶链反应,我们发现t细胞受体β链和γ链没有遗传重构。特发性FM是根据这些临床和组织病理学结果诊断的。口服罗红霉素、外用丁酸氢化可的松软膏和口服吲哚美辛均不能改善斑块。口服二甲胺四环素和氨苯砜也无治疗效果。每天0.4 mg/kg泼尼松龙治疗导致斑块改善;在一年的时间里,剂量逐渐减少到每天0.2 mg/kg;然而,随后双颊出现皮肤硬化,这被认为是复发(图1,d)。在该方案中添加2.5 mg/kg /天剂量的环孢素,即使减少泼尼松龙剂量,症状也未复发。特发性FM可能自发消退,但这个临床过程表明环孢素是有效的。强的松龙治疗3年后停止。停止强的松龙治疗后,单独使用环孢素治疗未见复发;因此,斑块被认为是由环孢素控制的。目前,环孢素的剂量已逐渐减少至每天1.5 mg/kg,未发生复发。FM的发病机制在很大程度上是未知的。长矛兵。报道了特发性FM患者滤泡上皮中大量t细胞、巨噬细胞和朗格汉斯细胞的存在,推测细胞免疫参与了FM的发病机制(3)。我们患者的病例代表了口服环孢素相关的FM反应的第一个报告。也有报道称外用吡美莫司是有效的(4),并且FM患者浸润滤泡周围区域的大多数淋巴细胞是cd4阳性t细胞(3),这表明环孢素有效是因为它抑制了t细胞的产生。在之前的一份报告中,对一位特应性皮炎和继发性FM患者使用环孢素,没有描述FM的病程,但在使用环孢素期间出现了刺状滤泡性角化病,在停用环孢素后,所有皮肤病变都消失了(5)环孢素可能是治疗难治性FM的有效选择,但它可能引起不良的皮肤反应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Case of Idiopathic Follicular Mucinosis Treated Successfully with Cyclosporine.

Follicular mucinosis (FM) is a disease histopathologically characterized by mucin deposition in the hair follicles; the main symptoms are papular erythema, papular pilaris, and hair loss in hairy areas (1). FM is classified as either idiopathic or secondary based on underlying diseases or complications. In recurrent or refractory cases, the disease can transform into mycosis fungoides. Treatment includes local or systemic corticosteroids, dapsone, indomethacin, interferon, hydroxychloroquine, and minocycline; however, some patients do not respond to these treatments (2). We report a case of a patient with idiopathic FM on the right cheek that was resistant to various treatments but responded well to cyclosporine. A 51-year-old Japanese woman presented with an erythematous plaque on her right cheek 2 months before the first visit to our clinic. Initial physical examination revealed cutaneous involvement only, and an infiltrative erythematous plaque with diffuse induration on the right cheek (Figure 1, a). Laboratory investigations revealed that complete blood count, antinuclear and anti-DNA antibody concentrations, and serum complement level were all within the normal range. A skin biopsy was performed, and hematoxylin and eosin staining revealed inflammatory cell infiltration in the shallow and middle layers of the dermis, mainly in the follicular and periadventitial areas, and mucus accumulation in those areas. There was no vacuolar degeneration of the epidermis. The infiltrating lymphocytes were not atypical (Figure 1, b). Alcian blue staining of the mucus revealed mucin deposition, and follicular mucin was also present (Figure 1, c). Immunohistochemical analysis revealed that the infiltrate expressed CD3, CD4, and CD8. The expression of CD8 was higher than that of CD4. We found no genetic reconstitution in the T-cell receptor β and γ chains, based on polymerase chain reaction. Idiopathic FM was diagnosed on the basis of these clinical and histopathological findings. Oral roxithromycin, topical hydrocortisone butyrate ointment, and oral indomethacin did not ameliorate the plaque. The addition of oral minocycline and dapsone also had no therapeutic effect. Treatment with 0.4 mg/kg of prednisolone per day led to improvement of the plaque; the dosage was tapered to 0.2 mg/kg per day over the course of a year; however, skin induration subsequently appeared on both cheeks, which was considered a relapse (Figure 1, d). Cyclosporine at a dose of 2.5 mg/kg per day was added to the regimen, and the symptoms did not recur even when the prednisolone dosage was reduced. Idiopathic FM may regress spontaneously, but this clinical course showed that cyclosporine was effective. Prednisolone treatment was discontinued after 3 years. Following the discontinuation of prednisolone therapy, no relapse was observed under treatment with cyclosporine alone; therefore, the plaque was considered to be controlled by cyclosporine. At present, the dosage of cyclosporine has been tapered to 1.5 mg/kg per day, and no relapse has occurred. The pathogenesis of FM is largely unknown. Lancer . reported the presence of numerous T-cells, macrophages, and Langerhans cells in the follicular epithelium of patients with idiopathic FM and speculated that cellular immunity is involved in the pathogenesis of FM (3). Our patient's case represents the first report of oral cyclosporine-related response to FM. It has been also reported that topical pimecrolimus was effective (4) and that most lymphocytes infiltrating the perifollicular area in patients with FM were CD4-positive T-cells (3), which suggests that cyclosporine was efficacious because it suppressed T-cell production. In a previous report of cyclosporine administered to a patient with atopic dermatitis and secondary FM, the course of FM was not described, but spiny follicular keratoses developed during cyclosporine administration, and all skin lesions cleared after cyclosporine was discontinued (5).5 Cyclosporine may be an effective option for the treatment of refractory FM, but it might cause adverse dermatological effects.

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