Evaluation of Dried Citrus Pulp Addition to Total Mixed Ration in Replacement to Corn on Mutton Goat Performance and Health Indices.

Rahman, Abdur; Kalsoom, Huma; Khanum, Sadia; Sajid, Muhammad; Zahid, Muhammad Zaman; Hayat, Zafar; Asif, Akhtar Rasool; Mahmood, Mubarik; Ahmed, Irfan; Nawaz, Shah; Yousaf, Muhammad; Rehman, Aziz ur; Muhammad, Sayyed Aun; Ahmad, Hafiz Ishfaq

Due to the human population explosion, demand for food, especially meat, has also increased. Increasing mutton production, in this scenario, is one way to mitigate this emerging issue as it nourishes a large human population. However, its production is challenging due to high feeding costs. This study was executed to develop cost-effective feed for mutton goat production by adding dried citrus pulp to the total mixed ration. Citrus pulp was used as an energy source instead of corn grain. A total of 12 bucks were divided into 4 groups, each having 3 animals. After 21 days of adaptation, bucks were assigned to experimental groups. The experimental groups were designated as A, B, C and D. They were fed TMR with 0, 10, 15 and 20% dried citrus pulp, respectively, as a replacement for corn grain for 90 days. The effect of the dried citrus pulp inclusion on the bucks' growth performance such as feed intake, weight gain and feed conversion ratio was evaluated on weekly basis. Hematological and biochemical parameters including total protein, triglycerides, cholesterol, complete blood count and serum antioxidant (catalase) activity were also determined. Results indicated that all hematological and biochemical parameters showed non-significant differences among the control and treatment groups. Weekly weight gain, feed intake and feed conversion ratio were equal in corn based as well as in dried citrus pulp-based diet with a lower feeding cost for the latter. It is concluded that the use of dried citrus pulp up to 20% as a replacement of corn in ration of fattening bucks is economical to use without any adverse effects.

GOAT milk; CITRUS; BLOOD cell count; CORN; ANIMAL feeds; OVERPOPULATION; WEIGHT gain; FISH feeds

Sustainability (2071-1050), 2023, Vol 15, Issue 8, p6584

2071-1050

Academic Journal

10.3390/su15086584