Spraying with local anemone coronaria flower extract and isoflurane and its effect on the physiological characteristics of broiler chickens transported during different seasons

Abstract

The effect of the extract Anemone coronaria and Isoflurane on the transport stress of broiler chickens transported during different seasons of the year was tested, The field experiment was conducted throughout the different seasons of the year during the months of February, March, July, August and with different densities in the transport cage. where the birds of type 308 ROSS were divided by 10 treatments for each transfer and three replicates for each treatment. And as follows, T1 control without spraying and 10 birds per cage. T2 control without spraying and the number of birds 12 in the cage. T3 Spraying the birds with an extract of local Anemone coronaria flowers at a concentration of 2% and the number of birds is 10 in the cage. T4 Spraying the birds with an extract of local Anemone coronaria flowers at a concentration of 4% and the number of birds 10 in the cage. T5 Spraying the birds with an extract of local Anemone coronaria flowers at a concentration of 6% and the number of birds 10 in the cage. T6 Spraying the birds with an extract of local Anemone coronaria flowers at a concentration of 2%. The number of birds is 12 in the cage. T7 Spraying the birds with an extract of local Anemone coronaria flowers at a concentration of 4%. The number of birds is 12 in the cage. T8 Spraying the birds with an extract of local Anemone coronaria flowers at a concentration of 6% and the number of birds is 12 in the cage. T9 Spraying birds with isoflurane at a concentration of 6%, the number of birds is 10 per cage. T10 Spraying birds with isoflurane at a concentration of 6%. The number of birds is 12 per cage ,The birds were sprayed for 5 minutes before the transfer process, according to the above treatments, and the duration of one transfer was 240 minutes ± 10 minutes,while these transactions led to a highly significant decrease (p>0.01) in the general rate of heterophile, as it recorded (34.79, 35.20 , 36.03%), respectively, compared with the two control treatments (38.62, 38.87) and in the heterophile/lymphocide ratio, as T9, T10, T5 recorded (0.66, 0.67, 0.69) compared with T1, T2 (0.78, 0.79), as well as a highly significant decrease in glucose (p>0.01), as T9, T10, and T5 were recorded (198.82, 200.64, 205.83) compared to T1, T2 (226.71, 229.24). A highly significant (p>0.01) superiority was observed in lymphocytes, as T9, T10, and T5 were recorded. (52.79, 52.56, 52.24) compared to T1 and T2 (49.08, 48.64)%, respectively. As for hemoglobin, T9, T10, T5 (9.42, 9.39, 9.02) gm/100 ml were superior to T1, T2 (8.99, 8.96) gm/100 ml. As well as a significant superiority in the percentage of packed volume cells, as it recorded T9, T10, T5 (34.15, 34.04, 33.06) compared with T1, T2 (30.96, 29.59)%, respectively.Also, there is a crease in the total protein concentration (2.71, 2.62, 2.50, ) g/dl compared with T1 and T2 (2.06, 2.00) g/dl, respectively. It is noted from this experiment that the treatments of isoflurane and Anemone coronaria extract led to a reduction in the stress that affects birds during transport operations, and thus was reflected in the improvement of the productive performance and health of the transported birds.

Effect of Lycopene Compared to Vitamin C Added to Diets of Broilers Exposed to Stress and Its Impact on Physiological Performance

“…*-Control treatment T1 without any addition, T2, T3 with lycopene powder added at a rate of 1.2 g/kg feed, respectively, T4 and T5 added vitamin C at a rate of 25 mg/kg feed with lycopene powder at a rate of 1.2 g/kg feed respectively. In table (4), we can see that there are statistically significant differences in AST, with the control and second treatments performing best (41.5 and 40.2, respectively), while the addition treatments T5, T4, and T3 performed worst (38.7, 34.6, and 32.4%). We also see substantial variations in ALT, with the control treatment doing better than the additive therapies.…”

“…This condition occurs when chickens are raised at temperatures higher than (30°C) and this leads to disruption of the physiological processes of the internal environment of the bird [2]. Also, stress affects the feeding of broilers, and thus has an effect on the intake of chicken feed, the level of glucose in the blood, and liver enzymes [3].Stress conditions deplete the birds' natural antioxidant capacity, exposing cells to harmful reactive oxygen species, and thus reduce the birds' immunity.Stress conditions deplete the birds' natural antioxidant capacity, exposing cells to harmful reactive oxygen species, and thus reduce the birds' immunity [4]. As the addition of vitamin C to bird diets has a positive effect in improving the birds' resistance to heat stress (internal) [5].…”