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Comparative Assessment of Energy Metabolism and Fasting Heat Production of Buffaloes and Crossbred Cattle

Abhishek Kumar Singh Vishwa Bandhu Chaturvedi Putan Singh Shilpi Kerketta
Vol 8(1), 158-165
DOI- http://dx.doi.org/10.5455/ijlr.20170508054801

The objectives of the present study were to evaluate fasting heat Production (FP) and energy metabolism to evaluate comparative maintenance energy requirements for buffalo and cross bred cattle and to compare feeding systems for buffalo and cross bred cattle. Six buffalo and six cross bred cattle of same age group (about two years old) and average live body weight 348 and 240 kg respectively, were taken randomly from the herd for the study. Prior to a 3-4 day fasting period, buffalo and cross bred cattle were offered a mixed diet of wheat straw and concentrates (of varying ratio on dry matter basis) for 21 days. Gas exchanges for each animal and urinary nitrogen excretion were determined for 2 days from day 3rd day of starvation, using open circuit respiration calorimetry. Mean oxygen consumption (1466 l/day and 1278 l/day), carbon dioxide production (1078 l/day and 939 l/day) and methane production nearly zero was obtained for buffaloes and crossbred cattle respectively by using respiration calorimetry. Mean fasting heat production of buffaloes and cross bred cattle were 68.16±0.01 and 74.48±0.90 (Kcal) Kg-1W0.75day-1. Fasting heat production (FHP) found to be significantly (P< 0.05) higher for cross bred cattle than the buffalo group.

Keywords : Buffaloes Crossbred Cattle Fasting Heat Production Maintenance Metabolic Body Size Net Energy

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