Exogenous Polysaccharidases for Young Ruminants: A Review Interfacing Nutrition, Economics, and Health

摘要: Neonate ruminants possess little cell-wall and starch degrading enzyme activity. Importantly, early establishment of fibrolytic, amylolytic, proteolytic capacities is influential for the expansion reticulorumen epithelia. Such an development in fermentation will enable a timely hepatic adaptation to volatile fatty acids assimilation. The nutrient release can thus facilitate weaning, reduce labor costs, save milk, lessen health issues associated with late weaning. principal objectives this review are delineate roles exogenous, polysaccharidases (EP) stimulating young ruminants, discuss literature on digestibility calf performance response dietary EPs, provide insights into future possibilities using EP ruminants. Evidence has been increasing that cow milk may risk cancer cardiovascular diseases. Therefore, nutritional implications humans supplementing diets its potential savings also discussed. Dietary incentives leading would aid meeting rising human demands well-distributed products. Applying both pre- post-weaning starters need be evaluated before could commercially expected large scale. Any benefits strategies animal industry must consider their health. As such, use considered as interface nutrition, farm economics, animal-human