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[象牙海岸绵羊的神经综合征。I. 流行病学与临床研究、诊断与治疗方法]

[Nervous syndrome in sheep on the Ivory Coast. I. Epidemiological and clinical study, methods of diagnosis and treatment].

作者信息

Domenech J, Wyers M, Braun J P, Formenty P

机构信息

OUA-IBAR, Nairobi, Kenya.

出版信息

Rev Elev Med Vet Pays Trop. 1993;46(3):423-9.

PMID:8190976
Abstract

The ovine nervous syndrome in Côte-d'Ivoire is similar to the cerebrocortical necrosis (CCN) due to vitamin B1 deficiency. All classical symptoms of CCN were observed (locomotor ataxia with subsequent paralysis) and histological evidence for polioencephalomalacia was given. However, the circumstances for occurrence of the disease are very different in the two cases, i.e. CCN is a disease encountered in young fattening ruminants in developed countries while the ovine nervous syndrome is mainly observed in Côte-d'Ivoire during the dry season when pastures become sparse and dry and when the feed supply is insufficient. Thus, the main cause, which is rather univocal, is a sudden decrease in the nutritive value of the diet, but the accurate etiopathogenesis of the disease has not yet been determined. In a flock where 10-30% of the animals are ill, the mortality may reach 80-90%. No classical biochemical assays were specific enough to establish a precise diagnosis of the nervous syndrome. However, it should be pointed out that the CK (creatinine kinase) values very regularly rose and that the ASAT (aspartate aminotransferase) values were high in 75% of the cases. In the present African field conditions, the precise diagnosis is based on the efficiency of the vitamin B1 treatment and, for the dead animals, on the histological analysis of the brain.

摘要

科特迪瓦的绵羊神经综合征类似于因维生素B1缺乏引起的大脑皮质坏死(CCN)。观察到了CCN的所有典型症状(运动共济失调随后瘫痪),并给出了脑灰质软化的组织学证据。然而,这两种情况下疾病发生的情况非常不同,即CCN是发达国家年轻育肥肉用反刍动物中出现的疾病,而绵羊神经综合征主要在科特迪瓦的旱季观察到,此时牧场变得稀疏干燥且饲料供应不足。因此,主要原因相当明确,是日粮营养价值突然下降,但该疾病的确切病因尚未确定。在一个有10%-30%动物患病的羊群中,死亡率可能达到80%-90%。没有经典的生化检测方法足够特异以对神经综合征做出精确诊断。然而,应该指出的是,肌酸激酶(CK)值非常有规律地升高,并且在75%的病例中天冬氨酸转氨酶(ASAT)值很高。在目前非洲的实地条件下,精确诊断基于维生素B1治疗的效果,对于死亡动物,则基于大脑的组织学分析。

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