摘要：The fulfillment of the purposes of the ration is currently experiencing difficult times due to high raw material prices, thereby impacting on the price of feed, particularly poultry rations.Utilization of fishery waste into feed material can give importance to livestock production, one of which allows to be used as an alternative feed ingredient is fish waste as silage.This study aims to determine the effect of fish waste silage on the growth of broiler chickens.DOC broiler study subjects unsex tail number 96.The study treatment consisted of P0 (commercial ration / control), P1 (commercial ration 2.5% fish waste silage), P2 (commercial ration 5% fish waste silage), P3 (commercial ration 7.5% silage waste fish), with four replications.Experimental design is completely randomized design (CRD), the experimental results were analyzed by ANOVA followed by Duncan test.Results of this study was no effect of fish waste silage to the percentage of carcasses and gut length (P> 0.05).
其他摘要：ENGINEERING FEED THROUGH BIOFERMENTATION AGAINST WASTE FISH CARCAS PRECENTAGE AND LENGTH OF INTESTINE IN BROILER CHICKENS ?é?á ABSTRACT The fulfillment of the purposes of the ration is currently experiencing difficult times due to high raw material prices, thereby impacting on the price of feed, particularly poultry rations. Utilization of fishery waste into feed material can give importance to livestock production, one of which allows to be used as an alternative feed ingredient is fish waste as silage. This study aims to determine the effect of fish waste silage on the growth of broiler chickens. DOC broiler study subjects unsex tail number 96. The study treatment consisted of P0 (commercial ration / control), P1 (commercial ration + 2.5% fish waste silage), P2 (commercial ration + 5% fish waste silage), P3 (commercial ration + 7.5% silage waste fish), with four replications. Experimental design is completely randomized design (CRD), the experimental results were analyzed by ANOVA followed by Duncan test. Results of this study was no effect of fish waste silage to the percentage of carcasses and gut length (P> 0.05). ?é?á
