斯堪的纳维亚地区的淋球菌W血清群。多克隆抗体和单克隆抗体的研究。

S Bygdeman, D Danielsson, E Sandström
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摘要

来自哥本哈根(丹麦)、赫尔辛基(芬兰)、奥斯陆和特隆赫姆(挪威)以及斯德哥尔摩(瑞典)的659名患者的849株淋球菌被纳入研究。使用含有多克隆和单克隆抗体的凝集试剂将菌株血清分组为先前描述的淋球菌血清群wi、wii和wiii。5个镇均以wii型菌株为主(占60.0% ~ 70.9%),wiii型菌株很少检出。wi菌株在女性中比在男性中更常见。使用单克隆试剂,wi、wii和wiii菌株可进一步细分为12、29和2种不同的血清变体(血清型)。在所有5个城镇中,其中一种wi血清型占主导地位(占wi菌株的76%-94%),除该血清型外,每个城镇仅发现3至5种其他wi血清型。另一方面,在二战菌株中,发现了更多种类的血清型:在特隆赫姆有6种,在奥斯陆有17种,没有一种在一战菌株中占主导地位。在不同的城镇发现了不同的二战血清型。即使在奥斯陆和赫尔辛基这两个城市的两个参与实验室之间,也注意到差异。并对其流行病学价值进行了讨论。分离的11株产生β -内酰胺酶的淋球菌菌株中有10株属于不寻常的血清型。单克隆凝集模式均不对应于单一多克隆模式。然而,这两种制度之间有一些关系。在早期的研究中表明,在较小的瑞典城镇,wi菌株占主导地位。讨论了一种关于保护性抗蛋白I抗体的假设,以解释wi和wii菌株在大小城镇之间以及女性和男性之间分布的差异。
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Gonococcal W serogroups in Scandinavia. A study with polyclonal and monoclonal antibodies.

A total of 849 gonococcal strains from 659 patients in Copenhagen (Denmark), Helsinki (Finland), Oslo and Trondheim (Norway) and Stockholm (Sweden) were included in the study. Using coagglutination reagents with polyclonal and monoclonal antibodies the strains were serogrouped into the previously described gonococcal serogroups W I, W II and W III. W II strains were dominating in all five towns (60.0%-70.9% of the strains), but W III strains were rarely isolated. W I strains were more frequent among women than among men. With the monoclonal reagents, W I, W II and W III strains could be further subdivided into 12, 29 and two different serovariants (serovars), respectively. One of the W I serovars was dominating (76%-94% of W I strains) in all five towns, and apart from this serovar, only three to five other W I serovars were seen in each town. Of W II strains, on the other hand, a greater variety of serovars were seen: between six in Trondheim and 17 in Oslo, and no one was dominating as among W I strains. Different W II serovar patterns were found in the different towns. Even between the two participating laboratories in each of the towns, Oslo and Helsinki, differences were noted. The epidemiological value of this is discussed. Ten of the 11 beta-lactamase-producing gonococcal strains isolated belonged to unusual serovars. None of the monoclonal coagglutination patterns corresponded to a single polyclonal pattern. There were, however, some relations between the two systems. In earlier studies it was shown that in smaller Swedish towns W I strains dominated. A hyphothesis about protective anti-Protein I antibodies is discussed to explain the differences in distribution of W I and W II strains between smaller and larger towns and between women and men.

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