The performance of chicken is influenced by several factors such as cage floor model and feeding pattem. The purposes of this study were to examine the effect of feeding time restrictions and cage system on the final body weight and mortslity. This study used 48 broilers DOC, mix of male and female, litter cage system from grain/chaff and wire floor cage that was equipped with a feed and drinking places as well as a heater. Feed rations used for the study was a commercial ration for starter period with crumble form. This study used a completely randomized design (CRD) pattern of 2 x 2 factorial with three replications and each replication consisted of four chickens. The firs factor is the type of cage floor consisting daily as needed per cow per day (R1) and skip a day (one day to eat a day of fasting). The results showed that ad-libitum feed rations and litter cage model (R1K1), produced the highest body weight (903,3 grams) and showed significant differences in the treatment of rationing skip a day and litter cage model (R2K1) is 0,751 kg(the lowest body weight) but not significantly different from the treatment of rationing skip a day and a wire cage model (0.785 kg) Chicken mortality during the study was 2.08%.
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机译:鸡的性能受笼底模型和饲养方式等因素影响。这项研究的目的是检查喂食时间限制和笼养系统对最终体重和粘稠度的影响。这项研究使用了48只肉鸡DOC,雌雄混合,杂粮/ ch糠的杂物笼系统和铁丝网地板笼,该笼配有饲料和饮水场所以及加热器。用于研究的饲料配给是初学者时期的商业饲料,呈碎屑状。这项研究使用2 x 2阶乘的完全随机设计(CRD)模式,具有三个重复,每个重复由四只鸡组成。冷杉因子是笼式地板的类型,每天每头母牛每天需要(R1)并跳过一天(一天要禁食一天)。结果表明,自由采食量和小笼模型(R1K1)产生的体重最高(903,3克),并且在定量配给跳过一天的处理中表现出显着差异,而小笼模型(R2K1)为0.751 kg (最低体重),但与每天定量配给跳过治疗和铁笼模型(0.785 kg)的治疗并无显着差异。研究期间的鸡死亡率为2.08%。
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