Kim J Y, Wigand R
Blut. 1981 Jan;42(1):33-9. doi: 10.1007/BF01080262.
Bone marrow suspensions from adolescent rats contain 0.3% megakaryocytes; this rate decreases to almost zero within 72--96 h cultivation in vitro in Leighton tubes because of thrombocytopoesis. Such cultures were inoculated immediately after seeding with different viruses in high multiplicity. After infection with herpes simplex virus type 1 or adenovirus type 2, no deviation of the number and morphology of the megakaryocytes was seen when compared with control cultures. However, after infection with vaccinia virus and, still more marked, with Newcastle disease virus, morphological alterations and interference with thrombocytopoesis were seen. Furthermore, a considerable portion of the altered megakaryocytes persisted for 72--96 h. Finally, the cytoplasm of the megakaryocytes after infection with vaccinia virus or NDV, but not with HSV 1 or adenovirus 2, showed a specific immunofluorescence with antiviral antisera, which indicates a direct cellular involvement and multiplication of vaccinia virus and NDV in megakaryocytes.
青春期大鼠的骨髓悬液含有0.3%的巨核细胞;由于血小板生成,在Leighton管中进行体外培养72 - 96小时内,这一比例几乎降至零。接种不同病毒的高倍稀释液后,立即将此类培养物接种。感染1型单纯疱疹病毒或2型腺病毒后,与对照培养物相比,巨核细胞的数量和形态未见偏差。然而,感染痘苗病毒后,更明显的是感染新城疫病毒后,可见形态改变和血小板生成受到干扰。此外,相当一部分改变的巨核细胞持续存在72 - 96小时。最后,感染痘苗病毒或新城疫病毒而非1型单纯疱疹病毒或2型腺病毒后的巨核细胞胞质,用抗病毒抗血清显示出特异性免疫荧光,这表明痘苗病毒和新城疫病毒在巨核细胞中直接参与细胞活动并增殖。