Anticipating the side effects of benznidazole: HLA-B*35 and patch test.

Cristina Vázquez, Elisa García-Vázquez, Bartolomé Carrilero, Manuel Muro, Inmaculada Sánchez-Guerrero, Rosana González López, Fuensanta Franco, Manuel Segovia
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Abstract

Introduction: Treatment of Chagas disease frequently causes distress to patients due to a high incidence of adverse effects. Different preemptive tests have been researched to prevent these effects and to allow focus to be given to certain predisposed patients. Benznidazole is the most prescribed Chagas disease treatment in Spain. In this work, we analyzed the genetic markers HLA-B*35 allele group and HLA-B*35:05 allele specifically, as well as an allergy patch test, as benznidazole's most frequent adverse effects are cutaneous.

Methods: HLA-B intermediate-resolution genotyping was performed followed by a high-resolution level analysis. Cutaneous allergies were tested using strips impregnated with a mixture of benznidazole and placed on the upper back of patients before starting treatment.

Results: In our sample of more than 400 patients, there was almost no relationship between any kind of side effect and either of the HLA-B alleles studied. The patch testing was quickly discarded as a preemptive test due to its low sensitivity (16.7%).

Conclusion: In conclusion, we were unable to replicate and corroborate genetic markers identified by other groups and there is currently no test that can anticipate the adverse effects of benznidazole, therefore, more investigation should be carried out in this field.

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预测苯并咪唑的副作用:HLA-B*35 和斑贴试验。
导言:南美锥虫病的治疗由于不良反应发生率高,常常给患者带来痛苦。为了预防这些不良反应,并使某些易感患者得到重点治疗,人们研究了不同的预防性试验。在西班牙,苯并咪唑是治疗恰加斯病最常用的处方药。在这项工作中,我们分析了遗传标记 HLA-B*35 等位基因组和 HLA-B*35:05 等位基因,并进行了过敏贴片测试,因为苯并咪唑最常见的不良反应是皮肤过敏。在开始治疗前,使用浸渍了苯并咪唑混合物的试纸条贴在患者的上背部进行皮肤过敏测试:在我们对 400 多名患者的抽样调查中,几乎没有发现任何一种副作用与所研究的任何一种 HLA-B 等位基因有关。由于贴片测试的灵敏度较低(16.7%),我们很快就放弃了将其作为预防性测试的做法:总之,我们无法复制和证实其他研究小组发现的遗传标记,目前也没有任何检测方法可以预测苯并咪唑的不良反应,因此,应在这一领域开展更多研究。
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