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Punjab Agr. University, Ludhiana, India
Abstract
Three rumen-fistulated cattle and three buffalo were maintained on diets, isonitrogenous but variable in energy content, in a 3 x 3 Latin square type design. The peak of proteolytic activity in the rumen liquor of these animals was centered about the second hour post-feeding which corresponded also to maximum microbial multiplication. Increase in the level of available energy for the animals enhanced the efficiency of the utilization of ammonia-N resulting from dietary peanut protein-urea. Buffalo in contrast to cattle exhibited ruminal conditions which were more proteolytic and also more favorable to ammonia utilization.
1 The data presented are from the Masters Thesis of the senior author.
2 Present Address: Department of Biochemistry, Medical Center, Oklahoma City.
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