[Disposal of aerobic treated swine waste by refeeding to finishing swine (author's transl)].

K Drepper, J Kalich, P Mielmann, U Riemann, W Schuh
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Abstract

Simple aerobic treatment of swine waste did not increase the production of microorganismprotein (pure protein). Addition of available energy resulted in a small increase of pure protein: During continuous aerobic treatment 20 g pure protein were produced by 100 g starch, during discontinuous aerobic treatment 10 g pure protein by 100 g organic matter from molasses (mean values). Comparative feeding trials with 90% resp. 80% feed restricted finishing swine without and with added swine waste (continuous treated without supplements resp. discontinuous treated with addition of yeasts and molasses) had as results no improvement in body-weight-gain but a 12% resp. 17% deterioration in feed conversion with 13% less bodyfat formation. Weight gains of both groups with restricted feed (without and with added swine waste) was 22% less in comparison to full fed swine. Losses at slaughter of swine in the group with feed restriction and added swine waste were partly due to higher intestine contents higher than that of swine with feed restriction and without added swine waste. Higher weights of livers and kidneys in swine of the "waste group" counts for a possibly higher metabolism-stress.

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[通过再喂育肥猪来处理好氧处理的猪废物(作者译)]。
猪粪便的简单好氧处理没有增加微生物蛋白(纯蛋白)的产量。有效能的增加导致纯蛋白质的少量增加:在连续好氧处理期间,100克淀粉产生20克纯蛋白质,在间断好氧处理期间,100克糖蜜有机物产生10克纯蛋白质(平均值)。对照饲养试验,回收率为90%。80%的限饲育肥猪不添加和添加猪粪(连续处理不添加添加物)。不连续添加酵母和糖蜜处理)的结果是体重增加没有改善,但有12%的比例。饲料转化率降低17%,体脂形成减少13%。饲喂限制饲料(不饲喂和添加猪粪)的两组猪的增重均比全饲猪少22%。限制饲料和添加猪粪组的猪在屠宰时的损失部分是由于肠道含量高于限制饲料和不添加猪粪组。“废物组”猪的肝脏和肾脏重量较高,可能意味着代谢压力较高。
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