飼糧中添加益生菌醱酵大豆粕對白肉雞生長性能與蛋雞產蛋性能之影響－田間試驗

Effects of Feeding of Probiotic Fermented Soybean Meal on Broiler Growth Performance and Layer Egg Production

10.6730/JAAT.200902_10(1).0001

林淑媛(Shu-Yuan Lin)；洪宗羽(Tsung-Yu Huang)；林敬剛(Ching-Kang Lin)；盧金鎮(Jin-Jenn Lu)

益生菌 ； 醱酵大豆粕 ； 白肉雞 ； 蛋雞 ； Probiotics ； Fermented Soybean meal ； Broiler ； Layer

台灣農學會報

10卷1期（2009 / 02 / 01）

1 - 9

繁體中文

This study was a field trail which carried out at a commercial broiler and layer farm in order to investigate the effects of dietary supplementation with probiotics fermented soybean meal (PFSM) on broiler performance and egg production as well as lipids concentration in serum. Each experiment involved two groups; the control group and the PFSM group. Results showed that dietary supplementation with PFSM could significantly improve the market weight, production index and reduce blood lipids level of broilers (p＜0.05). With regard to layers, the PFSM group could improve egg production, egg quality and blood lipids level (p＜0.05). However, the egg weight, egg shell ratio, and Haugh unit were not affected by PFSM supplementation. In conclusion, dietary supplement with PFSM has positive effects on both broiler performance and layer production.

This study was a field trail which carried out at a commercial broiler and layer farm in order to investigate the effects of dietary supplementation with probiotics fermented soybean meal (PFSM) on broiler performance and egg production as well as lipids concentration in serum. Each experiment involved two groups; the control group and the PFSM group. Results showed that dietary supplementation with PFSM could significantly improve the market weight, production index and reduce blood lipids level of broilers (p＜0.05). With regard to layers, the PFSM group could improve egg production, egg quality and blood lipids level (p＜0.05). However, the egg weight, egg shell ratio, and Haugh unit were not affected by PFSM supplementation. In conclusion, dietary supplement with PFSM has positive effects on both broiler performance and layer production.