The impact of the introduction of the drug "Anandin"® on morphological and biochemical blood parameters in piglets
The drug "Anandin"® synthesized on the basis of two classes of compounds: nitrogen -containing a-D-glucophores and derivatives acridonacetic acid. Describes the influence of the drug "Anandin"® on morphological and biochemical blood parameters in piglets of 45 days of age, i.e. before weaning them from sows and transferring them to the groups of piglets weaned. The experimental group ( 30 pigs)introduced "Anandin"® at a dose of 15 mg/kg of body weight, while the control group "Anandin"® was not administered. Laboratory blood testing was performed before and after the introduction of the "Anandin"®. The maximum number of erythrocytes, leucocytes, hemoglobin content, and erythrocyte sedimentation rate in piglets of the experimental group was celebrated on the 15th day after the introduction of "Anandini"®, on the 30th day recorded a decrease. Thus, in the period of weaning, and it's 55 days of age, coincided with the peak increase of the studied morpho-biological indicators of blood. Action "Anandin"® was more pronounced in the experimental group of piglets on the number of lymphocytes, however, in this group decreased the percentage of segmented neutrophils. This increase of lymphocytes in all probability is due to interferonstimulated action "Anandin"®. Biochemical parameters of blood serum before the introduction of the "Anandin"® in the experimental and control groups were almost identical. However, the introduction of "Anandin"®piglets of the experimental group the situation has changed in this group piglets showed a higher content of total protein in serum (by 10.12%), bilirubin (24,44%) and sodium (by 4.16%) and the content of urea was greater in the serum of the control group (26.37 per cent), potassium (39,53%), and rates of fosfora and the alkali reserve was similar in both groups. Thus it can be noted that the introduction of "Anandini"® piglets before weaning affects the biochemical parameters of blood serum by the correction, in all probability, direct and indirect, of metabolic processes and their completeness and speed.