Evaluation of prebiotic supplementation on lipid peroxidation and hematologic parameters of broilers with ascites

Ascites or pulmonary hypertension syndrome is one of the common complications in the poultry industry, which is associated with symptoms such as increased pulmonary artery pressure, dilatation and hypertrophy of the right ventricle. Previous experiments have proven that the measurement of lipid peroxidation is a key indicator for detecting oxidative stress. It has also been determined that the ratio of heterophile/lymphocyte increases in stress conditions and can be helpful in the diagnosis of oxidative stress. Considering the antioxidant role of prebiotics, there is a possibility that these compounds can reduce the oxidative stress in pulmonary hypertension. In the current study, in order to measure this hypothesis, ۱۳۵ pieces of broilers were purchased and divided into three groups of ۴۵ pieces in three repetitions: sham group: basal diet, control group: basal diet + triiodothyronine (T۳) (۱.۵ mg/kg) to induce ascites, and treatment group: basal diet + T۳ (۱.۵ mg/kg) + Safmannan (۱۰۰۰ grams per ton) from one day old. At the age of ۲۱, ۳۵, and ۴۹ days, ۹ chickens from each group were randomly selected and after blood sampling, blood parameters including lymphocytes, heterophil, heterophil/lymphocyte and and the ratio of right ventricular to the total ventricles (RV/TV) weight as well as lipid peroxidation were assayed. According to the findings, the RV/TV increased significantly at the age of ۴۹ days in the positive control group and reached above ۰.۲۹, which indicates the presence of ascites in this group (P<۰.۰۵). The ratio of heterophils to lymphocytes at the age of ۴۹ days in the prebiotic treatment group demonstrated a meaningful reduction compared to the positive control group, and also the amount of lipid peroxidation at the ages of ۳۵ and ۴۹ days in the prebiotic treatment group decreased compared to the positive control group (P<۰.۰۵). According to the results of the current research, Safmannan prebiotic was able to remarkably decrease the amount of oxidative stress caused by ascites.Ascites or pulmonary hypertension syndrome is one of the common complications in the poultry industry, which is associated with symptoms such as increased pulmonary artery pressure, dilatation and hypertrophy of the right ventricle. Previous experiments have proven that the measurement of lipid peroxidation is a key indicator for detecting oxidative stress. It has also been determined that the ratio of heterophile/lymphocyte increases in stress conditions and can be helpful in the diagnosis of oxidative stress. Considering the antioxidant role of prebiotics, there is a possibility that these compounds can reduce the oxidative stress in pulmonary hypertension. In the current study, in order to measure this hypothesis, ۱۳۵ pieces of broilers were purchased and divided into three groups of ۴۵ pieces in three repetitions: sham group: basal diet, control group: basal diet + triiodothyronine (T۳) (۱.۵ mg/kg) to induce ascites, and treatment group: basal diet + T۳ (۱.۵ mg/kg) + Safmannan (۱۰۰۰ grams per ton) from one day old. At the age of ۲۱, ۳۵, and ۴۹ days, ۹ chickens from each group were randomly selected and after blood sampling, blood parameters including lymphocytes, heterophil, heterophil/lymphocyte and and the ratio of right ventricular to the total ventricles (RV/TV) weight as well as lipid peroxidation were assayed. According to the findings, the RV/TV increased significantly at the age of ۴۹ days in the positive control group and reached above ۰.۲۹, which indicates the presence of ascites in this group (P<۰.۰۵). The ratio of heterophils to lymphocytes at the age of ۴۹ days in the prebiotic treatment group demonstrated a meaningful reduction compared to the positive control group, and also the amount of lipid peroxidation at the ages of ۳۵ and ۴۹ days in the prebiotic treatment group decreased compared to the positive control group (P<۰.۰۵). According to the results of the current research, Safmannan prebiotic was able to remarkably decrease the amount of oxidative stress caused by ascites.