Gutmann L, Chou S M, Pore R S
Neurology. 1975 Oct;25(10):922-6. doi: 10.1212/wnl.25.10.922.
Fusarium, a fungus, produces a potent mycotoxin that, when ingested with contaminated cereal grains, produces a serious illness in man called alimentary toxic aleukia (USSR) and Akakabi-byo (Japan). The illness includes gastrointestinal symptoms and weakness and if ingestion of Fusarium contaminated grain persists, culminates in aplastic anemia. A 66-year-old woman had Eaton-Lambert syndrome and a clinical course similar to alimentary toxic aleukia. Several months before her death, pancytopenia, initially thought guanidine-induced, developed and progressed to aplastic anemia despite discontinuation of guanidine 2 1/2 months before death. Autopsy showed numerous granuloma in the liver, spleen, esophagus, and cecum from which Fusarium oxysporum was isolated. Although the unique finding of systemic fusariosis may relate to altered host resistance terminally, a causal relationship with her defect of neuromuscular transmission and/or aplastic anemia is a distinct possibility.
镰刀菌是一种真菌,会产生一种强效霉菌毒素。当这种毒素与受污染的谷物一起被摄入时,会在人体引发一种严重疾病,在苏联被称为 alimentary toxic aleukia,在日本被称为赤霉病。该疾病包括胃肠道症状和虚弱,如果持续摄入受镰刀菌污染的谷物,最终会导致再生障碍性贫血。一名66岁的女性患有伊顿-兰伯特综合征,其临床病程与 alimentary toxic aleukia 相似。在她去世前几个月,全血细胞减少症最初被认为是由胍引起的,尽管在去世前2个半月停用了胍,但该病症仍发展并进展为再生障碍性贫血。尸检显示肝脏、脾脏、食道和盲肠中有大量肉芽肿,从中分离出了尖孢镰刀菌。尽管系统性镰刀菌病这一独特发现可能最终与宿主抵抗力改变有关,但它与患者神经肌肉传递缺陷和/或再生障碍性贫血存在因果关系的可能性很大。