Jenkins V K, Ewert A, Johnson R F, Folse D S
Southeast Asian J Trop Med Public Health. 1985 Sep;16(3):387-94.
Investigations of lymphatic dysfunction in animals infected with filarial parasites has been hampered by a paucity of techniques to measure efficiency of lymphatic drainage. In this study a 99mTc-sulfur colloid technique was used to assess the efficiency of lymphatic drainage in Patas monkeys infected with filarial nematodes. In all 15 uninfected hind limbs there was rapid and consistent appearance of labeled colloid in the primary lymph node (popliteal) and subsequently in the secondary nodes (abdomino-pelvic) in 11 of 15 limbs. In contrast, in all eight limbs tested 1-9 months after infection there was reduced rate of migration of the colloid and initial appearance in the abdomino-pelvic region: subsequent accumulation was seen in the popliteal region in only four of the limbs. This data indicated that lymphatic vessels were blocked and that collateral vessels channeled the colloid to the secondary lymph nodes. The lymph flow patterns demonstrated by the isotope technique were supported at autopsy.
由于缺乏测量淋巴引流效率的技术,对感染丝虫寄生虫的动物的淋巴功能障碍的研究受到了阻碍。在本研究中,采用99mTc-硫胶体技术评估感染丝虫线虫的赤猴的淋巴引流效率。在所有15条未感染的后肢中,标记胶体在初级淋巴结(腘窝)迅速且一致地出现,随后在15条肢体中的11条的次级淋巴结(腹盆腔)中出现。相比之下,在感染后1-9个月测试的所有8条肢体中,胶体的迁移速率降低,且最初出现在腹盆腔区域:仅在4条肢体的腘窝区域观察到随后的积聚。该数据表明淋巴管被阻塞,侧支血管将胶体引流至次级淋巴结。同位素技术所显示的淋巴流动模式在尸检中得到了证实。