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Measles virus and otosclerosis.

机译:麻疹病毒和耳硬化症。

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Measles virus (MeV) might play an important role as an environmental stimulus in the etiopathogenesis of otosclerosis. Chronic inflammation was shown in morphologic investigations of otosclerotic foci and MeV N, P, and F proteins were detected within cells of the otosclerotic focus by immunohistochemical investigations. MeV RNA was extracted from fresh-frozen otosclerotic tissue by the use of in vitro RT-PCR. This result was validated through amplification of MeV genome sequences by RT-PCR from celloidin-embedded sections with morphologically ascertained otosclerotic foci. In searching for an immune response of the inner ear immune system against MeV proteins, elevated anti-MeV IgG levels were detected in the perilymph of patients with otosclerosis in comparison with the serum levels. In situ RT-PCR allowed the localization of MeV sequences in osteoclasts, osteoblasts, chondrocytes, macrophages, and epithelial cells in middle ear mucosa of otosclerotic tissue. Further evidence for MeV persistence has recently been given. Genotyping of MeV in otosclerotic foci demonstrated the presence of MeV genotype A, which circulated in Europe around 1960. All the above results confirm a strong association between MeV and otosclerosis.
机译:麻疹病毒(MeV)在耳硬化症的发病机制中可能作为环境刺激物发挥重要作用。慢性炎症在耳硬化灶的形态学检查中显示,并且通过免疫组织化学检查在耳硬化病灶的细胞内检测到MeV N,P和F蛋白。通过使用体外RT-PCR从新鲜冷冻的耳硬化组织中提取MeV RNA。通过RT-PCR从具有形态学确定的耳硬化灶的类毒素包埋切片中扩增MeV基因组序列,验证了该结果。在寻找内耳免疫系统针对MeV蛋白的免疫应答时,耳硬化症患者的外周淋巴中检测到的抗MeV IgG水平与血清​​水平相比有所升高。原位RT-PCR可以将MeV序列定位在耳硬化组织中耳黏膜的破骨细胞,成骨细胞,软骨细胞,巨噬细胞和上皮细胞中。 MeV持久性的进一步证据最近已经给出。 MeV在耳硬化病灶中的基因分型表明存在MeV基因型A,该基因型在1960年左右在欧洲流行。以上所有结果证实了MeV与耳硬化症之间有很强的联系。

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