Abstract:

The aim of the study is to investigate hematological and biochemical changes in sepsis neonatal pimples. In the study, 20 sepsis and clinically healthy 10 neonatal beans were used. A routine clinical examination of all pimples was carried out and monitored and the systolic blood pressure (SKB), diastolic blood pressure (DKB) and average arterial blood pressure (MAP) were determined. The oxygen saturation (SpO2) was also measured by the pulse oxymeter of all animals. Hematological and biochemical analyses of all the grapes involved in the study were performed. The study found that the body temperature (p<0.001) and the SpO2 (p<0.01) values were low, while the respiratory numbers (p<0.01) were higher compared to the control group. In hematological analyses, the total leukocytes of sepsic bears (WBC, p<0. 001), monocytes (MID, p<0.001), granulocytes (GRA, p<0.01), the average corpuscular volume (MCV, p<0.01), the average corpuscular hemoglobin (MCH, p<0.001) and the average corpuscular hemoglobin concentration (MCHC, p<0.01) levels were high compared to the control group values. In the study’s biochemical analysis, the total bilirubin (TIL, p<0.01), direct bilirubin (DIL, p<0.001), urine (URE, p<0.001), creatine (KREA, p<0.001), aspartate aminotrasferase (AST, p<0.01) and lactate dehydrogenase, p<0.001) levels were significantly increased according to the control group, while the total protein (TP, p<0.01), albumin (ALB, p<0.001) and immunoglobulin (Ig, p<0.001) levels were significantly reduced. In comparison with the sepsic (mediate) sepsic bears standing in the sepsic (sepsic) group in the bed position, more hematological and biochemical parameters were identified in the bears. The achieved TP and Ig results indicate that sepsis-related bears have taken insufficient colostrum and that passive immune transfer deficiency develops. As a result, sepsis causes significant hematological and biochemical changes in neonatal pimples and negatively affects the functions of organs such as the heart, liver and kidneys. We believe that these achieved results will be useful in the diagnosis of sepsis pimples, the guidance of their treatment and the determination of their prognosis. Keywords: biochemistry, spider, hematology, monitoring, sepsis.

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