babesiosis/potasyòm

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[Deleterious effects of Babesia divergens. 1. The levels of potassium, calcium, magnesium and iron in blood serum or plasma in clinically manifest piroplasmosis under conditions of natural infection].

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Hyperaldosteronism and its association with hypotension and azotaemia in canine babesiosis.

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BACKGROUND The previous work on canine babesiosis revealed hypokalaemia and increased fractional excretion of potassium in infected dogs suggesting a role for aldosterone in the loss of potassium via the kidneys in affected dogs. Moreover, hypotension, which is one of the complications of canine

Changes in the SUSPPUP ratio and fractional excretion of strong monovalent electrolytes in hospitalized dogs with canine babesiosis.

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In this study an increased SUSPPUP ratio and fractional excretion of potassium in dogs infected with Babesia canis suggested mineralocorticoid excess in canine babesiosis. A significant increase in strong monovalent electrolyte fractional excretions in azotaemic dogs infected with B. canis probably

Metabolic and electrolyte disturbances in acute canine babesiosis.

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Arterial blood pH, PCO2, bicarbonate, base excess/deficit, and lactate, as well as serum sodium, potassium, and chloride were measured in clinically normal dogs and in dogs with acute canine babesiosis. Metabolic acidosis developed in dogs with fatal as well as nonfatal Babesia canis infection. In

Renal involvement in dogs with babesiosis.

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Proteinuria, and renal tubular casts and epithelial cells in urine sediment, are commonly observed in both complicated and uncomplicated babesiosis, but do not necessarily reflect or predict renal failure. This study investigated the presence and degree of renal damage in canine babesiosis. Renal

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

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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

[Changes in the activity of serum enzymes, total protein and electrolytes in experimental babeiasis in sheep].

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Investigations were carried out on the serum enzymes, total proteins and some electrolites (potassium and sodium) in eight spleenectomized sheep experimentally infected with Babesia organisms. It was found that babesiasis in sheep was accompanied by a considerable rise in the activity of GOT and GPT

Selected laboratory parameters of thoroughbreds.

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Selected haematological, blood chemical and serological variables were investigated in healthy Thoroughbreds (n = 45) in training. Haemoglobin concentration, haematocrit, red, white and differential cell counts as well as serum concentrations of total and ionized calcium, sodium, potassium,

Strong monovalent electrolyte imbalances in serum of dogs infected with Babesia canis.

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Canine babesiosis is a systemic tick-borne protozoan disease caused by infection with parasites of the genus Babesia. Acid-base disorders and ion imbalances have been described in dogs infected with Babesia rossi in South Africa. In this paper, the authors describe changes to monovalent ion

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