Abstract

Difficult Labor Syndrome is recorded in 37.9 % of newborn calves. Newborn calves assessed on the Apgar scale of 2 points, are assigned to the cluster class born after easy labor, 1 point – after moderate labor and 0 points for difficult labor. The characteristic features of newborn calves after light birth are the manifestation of statistical functions and free movement. In newborn calves born with moderate and severe labor severity, weakly expressed motor-food reflexes are manifested. Visible mucous membranes are pale in color. Breathing is slow and shallow. Heart sounds are weak, the pulse is arrhythmic, slowed down with a decrease in the pulse wave. Decrease in glucose concentration, increase in total bilirubin level by 1.9 times with moderate severity of labor and 2.5 times with severe course of labor. An excess of creatinine contributes to the liborilization of the function of eosinophils, as a result, a symptom develops due to sensitization of the body. The activity of gamma-lutamyl transpeptidase in newborn calves after the Difficult Labor Syndrome in one hour increases 18.6 times, the activity of alkaline phosphatase during this period increases 1.5 times, aspartate aminotransferase and alanine aminotransferase - 1.6 times, lactate dehydrotransferase - 1.3 times. The most significant increase in the first 24 hours is the activity of γ-glutamyl transferase. At the age of one day, it exceeds the initial one by 95.6 times. The studies carried out indicate that the concentration of double bonds in the blood of newborn calves after the Difficult Labor Syndrome is marked by an increase of 20.46 % with an average severity of labor and 34.13 % with a severe course of labor when compared with a mild severity of labor. The level of diene conjugates in the blood of newborn calves with mild labor severity in comparison with moderate labor severity was statistically significantly increased (p <0.05), and 1.87 times with severe labor (p <0.01). The concentration of intermediate products of ketodienes and conjugated trienes in the blood of newborn calves with mild labor severity was statistically significantly increased by 1.75 times compared with moderate labor severity and 3.54 times with severe labor (p <0.01). Reduced glutathione is among the considered indicators of the least sensitivity (26.0 %) and specificity (43.0 %) in newborn calves after the Difficult Labor Syndrome.

Highlights

  • IntroductionDiseases of newborn calves occupy one of the leading places in the structure of morbidity in dairy cattle

  • According to veterinary statistics, diseases of newborn calves occupy one of the leading places in the structure of morbidity in dairy cattle

  • Newborn calves assessed by clinical status at 2 points, were attributed by us to the cluster class born after easy labor, and 1 point – after moderate labor and 0 points for difficult labor

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Summary

Introduction

Diseases of newborn calves occupy one of the leading places in the structure of morbidity in dairy cattle. According to studies carried out by S.O. Loshchinin et al [1], the mechanism of development of neonatal pathology is quite complex and has a multifactorial nature. Alekhin [3] showed that the factors predisposing for most forms of antenatal, intranatal and neonatal pathology are violations of the technology of full and balanced feeding, keeping, and exploitation of the broodstock, the principles of obstetric care and the sanitary and hygienic regime of keeping newborns

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