The Effect of Concentrate Supplementation on Creatinine Excretion in Thin-Tailed Lambs and Sheep
Nuning Ari Purnami, Ari Prima
Abstract
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Nuning Ari Purnami, Ari Prima
Abstract
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An experimental study was carried out to examine the effect of concentrates supplementation on creatinine excretion in lambs and sheep. The study used 8 male thin tailed lambs (aged ±3-4 months, weighed ±15.20 kg) and 8 sheep (aged ±1 year and weighed ±22.71kg). The animals were fed the diet contained 100% napier grass (100G) and 50% napier grass 50% concentrate as much as 3.5% of body weight (50G50C). This study used a complete randomized nested design. The parameters observed were dry matter intake (DMI) and creatinine excretion. The results showed that the diet significantly affect (P<0.05) DMI. The consumption of 100G was lower than that of 50G50C both lambs (0.32 vs 0.62 kg/d) and sheep (0.47 vs 0.88 kg/d). On the other hand, the diet did not affect the creatinine excretion (P 0.05) either G100 or G50C50 in lambs or sheep. However, the creatinine excretion in sheep (185.66 mg/d) was higher than that of lambs (299.1 md/d) (P<0.05). It can be concluded that concentrate supplementation of grass diet increased DMI but did not affect creatinine excretion. The creatinine excretion of sheep was higher than that of lambs .
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An experimental study was carried out to examine the effect of concentrates supplementation on creatinine excretion in lambs and sheep. The study used 8 male thin tailed lambs (aged ±3-4 months, weighed ±15.20 kg) and 8 sheep (aged ±1 year and weighed ±22.71kg). The animals were fed the diet contained 100% napier grass (100G) and 50% napier grass 50% concentrate as much as 3.5% of body weight (50G50C). This study used a complete randomized nested design. The parameters observed were dry matter intake (DMI) and creatinine excretion. The results showed that the diet significantly affect (P<0.05) DMI. The consumption of 100G was lower than that of 50G50C both lambs (0.32 vs 0.62 kg/d) and sheep (0.47 vs 0.88 kg/d). On the other hand, the diet did not affect the creatinine excretion (P 0.05) either G100 or G50C50 in lambs or sheep. However, the creatinine excretion in sheep (185.66 mg/d) was higher than that of lambs (299.1 md/d) (P<0.05). It can be concluded that concentrate supplementation of grass diet increased DMI but did not affect creatinine excretion. The creatinine excretion of sheep was higher than that of lambs .
Key concepts: Creatinine, Excretion, Animal science, Dry matter, Endocrinology, Internal medicine, Biology, Medicine