EFFECT OF LEVEL AND SOURCE OF COBALT ON SERUM BIOCHEMISTRY, HEMATOLOGY AND PERFORMANCE OF MALE GOAT KIDS

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DEZFOULIAN SEYED AMIR HOSSEIN; ALIARABI HASAN

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Journal: Journal of Animal Production Year:2018 | Volume:20 | Issue:1 Page(s): 177-188

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Title

EFFECT OF LEVEL AND SOURCE OF COBALT ON SERUM BIOCHEMISTRY, HEMATOLOGY AND PERFORMANCE OF MALE GOAT KIDS

Author(s)

DEZFOULIAN SEYED AMIR HOSSEIN | ALIARABI HASAN | Issue Writer Certificate

Keywords

COBALTQ2

FATTENING RATIONQ1

GLUCOSEQ1

GOAT KIDQ2

VITAMIN B12Q1

Abstract

To evaluate the effect of COBALT source and level on blood parameters and performance, 30 indigenous breed male GOAT KIDs of 3-5 months age, with an average BW of 17. 8± 2. 5 kg were assigned to five treatments in a completely randomized design: 1. Basal diet containing 0. 076 mg Co/kg DM (Control), 2. basal diet + 0. 25 mg Co/kg DM as Co-sulphate (sulphate 0. 25), 3. basal diet + 0. 5 mg Co/kg DM as Co-sulphate (sulphate 0. 5), 4. basal diet + 0. 25 mg Co/kg DM as co-glucoheptonate (glucoheptonate 0. 25), 5. basal diet + 0. 5 mg Co/kg DM as Co-glucoheptonate (glucoheptonate 0. 5). GOAT KIDs receiving 0. 5 ppm of Co from glucoheptonate had higher DMI compared to control. Final body weight and average daily gain was affected by the level of Co supplement and was significantly higher in 0. 5 ppm receiving treatments. However, feed conversion ratio did not differ significantly between treatments and differences were only numerical. COBALT supplements affected serum GLUCOSE and VITAMIN B12 and the highest difference was for glucoheptonate 0. 5 treatment. Although the glucoheptonate 0. 5 treatment differed significantly with control, there were no significant differences with other treatments. COBALT treatments had no significant effect on serum biochemical and hematological parameters. In general, the level of COBALT had a significant effect on goat performance given that higher levels of COBALT caused greater dry matter intake and average daily gain. The results of the present study showed that the requirement level of 0. 07 mg/d for goats is marginally adequate and the organic Co source performed better in the rumen for VITAMIN B12 synthesis and consequently GLUCOSEand goat performance was better at 0. 5 as compared to 0. 25 mg Co/Kg DM.

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APA: Copy

DEZFOULIAN, SEYED AMIR HOSSEIN, & ALIARABI, HASAN. (2018). EFFECT OF LEVEL AND SOURCE OF COBALT ON SERUM BIOCHEMISTRY, HEMATOLOGY AND PERFORMANCE OF MALE GOAT KIDS. JOURNAL OF ANIMAL PRODUCTION (JOURNAL OF AGRICULTURE), 20(1 ), 177-188. SID. https://sid.ir/paper/209206/en

Vancouver: Copy

DEZFOULIAN SEYED AMIR HOSSEIN, ALIARABI HASAN. EFFECT OF LEVEL AND SOURCE OF COBALT ON SERUM BIOCHEMISTRY, HEMATOLOGY AND PERFORMANCE OF MALE GOAT KIDS. JOURNAL OF ANIMAL PRODUCTION (JOURNAL OF AGRICULTURE)[Internet]. 2018;20(1 ):177-188. Available from: https://sid.ir/paper/209206/en

IEEE: Copy

SEYED AMIR HOSSEIN DEZFOULIAN, and HASAN ALIARABI, “EFFECT OF LEVEL AND SOURCE OF COBALT ON SERUM BIOCHEMISTRY, HEMATOLOGY AND PERFORMANCE OF MALE GOAT KIDS,” JOURNAL OF ANIMAL PRODUCTION (JOURNAL OF AGRICULTURE), vol. 20, no. 1 , pp. 177–188, 2018, [Online]. Available: https://sid.ir/paper/209206/en

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