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犬巴贝斯虫不同18S RNA菌株感染犬在巴贝斯虫病早期的电解质水平和血液pH值

Electrolyte level and blood pH in dogs infected by various 18S RNA strains of Babaesia canis canis on the early stage of babesiosis.

作者信息

Adaszek Łukasz, Górna Marta, Winiarczyk Stanisław

机构信息

Department of Epizootiology and Infectious Diseases Clinic, Faculty of Veterinary Medicine, University of Life Sciences, Lublin, Poland.

出版信息

Berl Munch Tierarztl Wochenschr. 2012 Jan-Feb;125(1-2):45-51.

Abstract

The purpose of the studies was to determine electrolyte disturbances and blood pH changes in dogs with babesiosis and possibly show a connection between the Babesia (B.) canis strain causing the infection and the intensity of these irregularities. 40 animals (group 1) with early babesiosis and 40 healthy dogs (group 2) were studied and their blood pH and blood levels of potassium, chlorides; calcium and sodium were determined. At the same time, molecular typing of parasites was carried out to detect which B.canis strain (18S RNA-A or 185 RNA-B) had caused the disease in dogs of group 1. In group 1, four dogs were acidaemic, twelve had normal blood pH, and 24 were alkalaemic. Potassium concentration was below normal in 16 out of 40 dogs (40%) and normal in 24 dogs. Hypochloremia was present in 36 out of 40 dogs; chloride was normal in the remaining four animals. Serum sodium concentration was low in 16 of 40 dogs, normal in 20 of 40 dogs and high in four dogs. Calcium concentration was normal in all 40 dogs. In dogs of group 2 no abnormalities of haematological or blood biochemical parameters were observed. 29 out of the 40 dogs of group 1 were infected with the 18S RNA-A strain and eleven with the 18S RNA-B strain of Babesia canis canis. We did not observe any correlation between the type of strain causing the infection and the electrolyte disturbances in the serum of sick dogs. Hypocalaemia was observed in ten specimen infected with 18S RNA-A and six infected with 18S RNA-B. Additionally, in dogs infected with 18S RNA-A, hypochloraemia (28), hyponatraemia (10), hypernatraemia (2) were observed, as well as blood pH drop (4) or increase (14). The 18S RNA-B-infected dogs suffered from hypochloraemia (8), hyponatraemia (6), hypernatraemia (2) and increase in blood pH (10).The studies conducted did not answer the question of whether the type of electrolyte disturbances in dogs with babesiosis can be connected with the strain of the parasite that induced the disease, as happens in the case of other clinical parameters (Adaszek et al., 2009). Further studies in this respect, conducted on a larger group of animals, are necessary.

摘要

这些研究的目的是确定患巴贝斯虫病犬的电解质紊乱和血液pH值变化,并可能揭示引起感染的犬巴贝斯虫(B.)菌株与这些异常情况的严重程度之间的联系。对40只患有早期巴贝斯虫病的动物(第1组)和40只健康犬(第2组)进行了研究,并测定了它们的血液pH值以及血液中的钾、氯、钙和钠水平。同时,对寄生虫进行分子分型,以检测是哪种犬巴贝斯虫菌株(18S RNA - A或18S RNA - B)导致了第1组犬发病。在第1组中,4只犬出现酸血症,12只犬血液pH值正常,24只犬出现碱血症。40只犬中有16只(40%)的钾浓度低于正常水平,24只犬钾浓度正常。40只犬中有36只出现低氯血症,其余4只动物氯含量正常。40只犬中有16只血清钠浓度低,20只正常,4只高。40只犬的钙浓度均正常。在第2组犬中,未观察到血液学或血液生化参数异常。第1组的40只犬中,29只感染了犬巴贝斯虫的18S RNA - A菌株,11只感染了18S RNA - B菌株。我们没有观察到引起感染的菌株类型与患病犬血清中的电解质紊乱之间存在任何相关性。在感染18S RNA - A的10个样本和感染18S RNA - B的6个样本中观察到了低钙血症。此外,在感染18S RNA - A的犬中,观察到低氯血症(28例)、低钠血症(10例)、高钠血症(2例),以及血液pH值下降(4例)或升高(14例)。感染18S RNA - B的犬患有低氯血症(8例)、低钠血症(6例)、高钠血症(2例),血液pH值升高(10例)。所进行的研究没有回答巴贝斯虫病犬的电解质紊乱类型是否与引发该病的寄生虫菌株有关这一问题,就像其他临床参数的情况一样(阿达泽克等人,2009年)。有必要在更大的动物群体上进行这方面的进一步研究。

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