Jovanović M, Poljacki M, Milakov J, Duran V, Stojanović S
Klinika za infektivne i dermatoveneroloske bolesti, Medicinski fakultet, Novi Sad.
Med Pregl. 1993;46(5-6):221-4.
We determined the A and B locus antigenic phenotype structure by means of the lymphocytotoxic test (Terasaki) in 43 subjects with allergic contact dermatitis verified by the Patch test, as well as in 103 healthy subjects (control group). Statistical fashioning was carried out by counting all of the phenotypes in the group examined by using the 2 x 2 table the X2 test with -correction according to Yates. In a case of an existing difference in frequency, the relative risk (RR) (Svejgaard) was determined. When RR was greater relation with the disease exists with the antigen which was found to have a greater EF value (Bengtsson). A statistically significant increase of A1 antigen frequency and decrease of A28 antigen frequency, as well as the absence of B13 and BW41 antigens in the group examined can be considered as a contribution in clarifying the genetic component in contact allergy etiopathogenesis.
我们通过淋巴细胞毒性试验(寺崎法)确定了43例经斑贴试验证实为过敏性接触性皮炎患者以及103名健康受试者(对照组)的A和B位点抗原表型结构。采用2×2列联表,运用根据耶茨法校正的X²检验对所检测组中的所有表型进行统计分析。若频率存在差异,则确定相对风险(RR)(斯韦加德法)。当RR值较大时,表明与疾病存在关联的是具有较高EF值的抗原(本特松法)。所检测组中A1抗原频率显著增加、A28抗原频率降低以及缺乏B13和BW41抗原,可被视为有助于阐明接触性过敏发病机制中的遗传成分。