THE PROTEIN METABOLISM IN SMALL ANIMALS WITH CHRONIC RENAL FAILURE AND ITS CORRECTION

2016 
Chronic renal failure (CRF) is often diagnosed in cats and dogs of old age. CRF is a consequence of metabolic deviations because of diseases (for example, generalized atherosclerosis, hypertensive disease, diabetes and others) and incorrect feeding. CRF is also a result of the delayed diagnosis of diseases of the urinary system and/or inadequate treatment. Aim of research. To study the biochemical parameters of protein metabolism that are important for determination of CRF stages and sub-stages in old small animals during correction of metabolic deviations. Materials and methods. There were analyzed biochemical indices (creatinine concentration in the blood serum; the ratio of protein/creatinine (UP/C) in the urine) and measured arterial blood pressure in 5 cats and 5 dogs with chronic renal failure selected from patients of the clinic according to medical history, clinical examination and special analysis. Results. It was analyzed CRF stages and sub-stages classification according to the International Renal Interest Society (IRIS). According to the date of creatinine concentration in the blood serum, CRF of the second stage was observed in 5 cats (140-250 μmol/L) and 3 dogs (125-180 μmol/L), and of the third stage - in 2 dogs (181-440 μmol/L). The CRF sub-stage as «without proteinuria» (UP/C 0.4) - in 3 cats, and as «proteinuria» (UP/C > 0.5) - in 5 dogs. Conclusions. An important step of the successful treatment of CRF is the definition of the stages and sub-stages according to IRIS based mostly on the measurements of biochemical indices in the blood and urine of sick animals ‒ indicators of creatininemia and proteinuria, a change of which was caused mainly by metabolic processes of proteins under influence of exogenous factors (the traditional treatment of CRF plus enalapril and diet nutrition).
    • Correction
    • Source
    • Cite
    • Save
    • Machine Reading By IdeaReader
    12
    References
    0
    Citations
    NaN
    KQI
    []