Adam Z, Krejcí M, Pour L, Neubauer J, Prásek J, Hájek R
Interní hematoonkologická klinika Lékarské fakulty MU a FN Brno.
Vnitr Lek. 2008 Dec;54(12):1140-53.
Schnitzler syndrome is a rare disease characterised by chronic urticaria and the presence of monoclonal IgM immunoglobulin, and by other symptoms. We report ourexperience with 14-year treatment of a patient. The first medical examination in our workplace was at the beginning of 1995 and the patient was diagnosed with the disease in 1996 (at the age of 52). Antihistaminics, the first medication used to relieve the symptoms of urticaria, had no subjective or objective effect. After the detection of osteolytic-osteosclerotic changes in the pelvic region, in areas with intense pain, we started treatment with pamidronate (90 mg at 28-day intervals), and the pain disappeared completely within 3 months of application of the drug. When the bisphosphonate therapy was interrupted, the pain recurred and receded completely after renewal of bisphosphonate administration. After the diagnosis, we gave the patient high doses of dexametazone (40 mg day 1-4, 10-13 and 20-23, at 28-day cycles). However, the therapy suppressed urticaria only on the days dexametasone was administered and the effect did not last when the drug was discontinued. Therefore we moved to continuous daily doses of prednisone (10-30 mg, depending on the intensity of problems), which was the only therapy with a long-term effect which was relatively well tolerated at the same time. Based on the excellent effect of 2-chlordeoxyadenosine in Waldenström's macroglobulinaemia, three cycles of this therapy were administered to the patient in 1996 (0.1 mg/kg/day, 7 days, at 28-day intervals). After the first infusion, urticarious lesions disappeared, but the positive effect on skin eruptions was limited in time and lasted only 14 days after the last infusion, i.e. the medication proved ineffective from a long-term point of view. The first improvement lasting for a longer period of time (partial remission) was achieved by regular application of interferon alpha (3 QU 3 times a week). However, adverse effects of interferon alpha prevailed after two years and the therapy was discontinued. Similarly phototherapy using the PUVA method resulted in partial regression of urticarious symptoms. Subsequently tested cyclosporine A (5 mg/kg/day) brought no benefit. Thalidomide (100 mg in the evening) administered on a continuous basis relieved pruritus and improved sleep disturbed by pruritus. However, adverse effects prevailed after 4 months and the therapy had to be discontinued, too. In 2005, we were hoping to achieve positive results with the most effective treatment for multiple myeloma of the time, a combination of bortezomib (1.3 mg/m2 i.v. on day 1, 4, 8 and 11, thalidomide 100 mg daily and dexametazon 20 mg p.o. on days 1-4 and 8-11 in 21-day cycles --VTD). A total of 4 complete cycles and 4 cycles with bortezomib reduced by 50% were applied. Urticarious eruptions were reduced by at least 50% in the course of the therapy, and also the concentration of monoclonal immunoglobin decreased temporarily by more than 50%. However, after the therapy was discontinued, the symptoms returned with their original intensity, which means that VTD regime did not provide a long-term therapeutic response. In 2007, we started the anakinra (Kineret) therapy. Skin symptoms disappeared after the first injection and a dose of 100 mg/ day has kept the patient free of skin symptoms for 12 months by now. Also the CRP value which had been constantly high returned to normal, and haemoglobin values increased to achieve physiological range. In the course of 14 years, we confirmed partial therapeutic effect of glucocorticoids administered on a continuous basis, as well as a partial therapeutic effect of interferon alpha, thalidomide and PUVA, but all the therapies had to be discontinued due to adverse effects. A major turn, i.e. the complete disappearance of skin symptoms and normalisation of CRP and haemoglobin values, only came with anakinra which has become the drug of the first choice for the above syndrome.
施尼茨勒综合征是一种罕见疾病,其特征为慢性荨麻疹、存在单克隆IgM免疫球蛋白以及其他症状。我们报告了对一名患者进行14年治疗的经验。该患者于1995年初在我们科室首次接受医学检查,并于1996年(52岁时)被诊断出患有此病。用于缓解荨麻疹症状的第一种药物抗组胺药,没有产生主观或客观效果。在盆腔区域检测到溶骨 - 骨硬化改变且伴有剧痛后,我们开始用帕米膦酸治疗(每28天90毫克),用药3个月内疼痛完全消失。当双膦酸盐治疗中断时,疼痛复发,重新给予双膦酸盐后疼痛又完全消退。诊断后,我们给予患者大剂量地塞米松(第1 - 4天、10 - 13天和20 - 23天,每次40毫克,每28天为一个周期)。然而,该疗法仅在使用地塞米松的日子里抑制荨麻疹,停药后效果不持久。因此我们改为每日持续服用泼尼松(10 - 30毫克,根据问题严重程度而定),这是唯一具有长期效果且相对耐受性良好的疗法。基于2 - 氯脱氧腺苷对瓦尔登斯特伦巨球蛋白血症有良好效果,1996年对该患者进行了三个周期的此疗法治疗(0.1毫克/千克/天,共7天,每28天为一个间隔)。首次输注后,荨麻疹病变消失,但对皮肤疹的积极作用在时间上有限,仅在最后一次输注后持续14天,即从长期来看该药物证明无效。通过定期应用干扰素α(每周3次,每次3百万单位)首次实现了较长时间的改善(部分缓解)。然而,两年后干扰素α的不良反应占主导,该疗法停药。同样,使用PUVA方法的光疗使荨麻疹症状部分消退。随后测试的环孢素A(5毫克/千克/天)没有带来益处。持续服用沙利度胺(每晚100毫克)缓解了瘙痒并改善了因瘙痒而受干扰的睡眠。然而,4个月后不良反应占主导,该疗法也不得不停药。2005年,我们希望用当时治疗多发性骨髓瘤最有效的疗法取得积极成果,即硼替佐米(第1、4、8和11天静脉注射1.3毫克/平方米)、沙利度胺每日100毫克以及地塞米松在第1 - 4天和8 - 11天口服20毫克,每21天为一个周期——VTD方案。总共应用了4个完整周期以及4个硼替佐米剂量减少50%的周期。在治疗过程中,荨麻疹发作减少了至少50%,单克隆免疫球蛋白浓度也暂时下降了超过50%。然而,治疗停止后,症状恢复到原来的严重程度,这意味着VTD方案没有提供长期治疗反应。2007年,我们开始了阿那白滞素(凯纳瑞)治疗。首次注射后皮肤症状消失,目前每天100毫克的剂量使患者12个月没有皮肤症状。一直居高不下的CRP值也恢复正常,血红蛋白值增加到生理范围。在14年的过程中,我们证实了持续应用糖皮质激素有部分治疗效果,以及干扰素α、沙利度胺和PUVA有部分治疗效果,但由于不良反应所有这些疗法都不得不停药。一个重大转变,即皮肤症状完全消失以及CRP和血红蛋白值正常化,直到阿那白滞素出现才实现,它已成为上述综合征的首选药物。