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Soybean active ingredients in Animal Production Research Application

Through self-regulation to increase superoxide dismutase (SOD) content and lower LPO content. Free radicals. Reduce free radical damage. Ohminami (1981) study suggests that soybean saponin I and Ⅲ inhibit fat cell lipid induced by epinephrine process. Zhang Rongqing other study found that sows in late gestation diets 5.0mg, I 【g of soy isoflavones, sow blood and CSF antibody levels in colostrum were increased by 41% and 44% and sow serum, colostrum growth hormone (GH) and prolactin (PRL) content was significantly increased growth inhibitory factors in serum (SS) was reduced, suggesting that soy isoflavones can increase the humoral immunity, and promote the growth of piglets significantly improve the survival rate. Gan Yi Ling (2000) test results show. Weaned piglet feed with soy lecithin,[link widoczny dla zalogowanych], 6.8% increase piglet,[link widoczny dla zalogowanych], feed savings of 5.4%. 2.2 Application of poultry production shows. Chicken soy isoflavones can reduce the level of blood urea nitrogen [73,[link widoczny dla zalogowanych], thereby enhancing the endogenous growth-related hormone levels. Promote muscle protein deposition,[link widoczny dla zalogowanych], accelerate animal growth. Yin Jingdong [8] studies have shown. Soy isoflavones can significantly reduce the egg yolk triglyceride levels significantly increased plasma estradiol and insulin levels hens Gengqing Hui (1996) test indicated. In broiler diets supplemented with 2% modified soy lecithin,[link widoczny dla zalogowanych], weight gain increased by 7% to 10%, feed increased by 5% to 8%: 1.5% of laying hens fed with soybean phospholipids. Laying rate increased by 9.9%. Improved feed conversion by 9.2%: phospholipid groups and found significantly higher cost oil group (P <0.05); phospholipid group than in the fat group and the basal diet group increased by 2.9% in earnings per bird and 33. 8% 2.2 application in other animals Yu Liping (1993) study showed that soybean saponin can significantly promote the concanavalin and lipopolysaccharide (Lps) on the proliferative response of mouse spleen cells. Enhance the responsiveness of splenocytes to IL2. Increase the secretion of mouse spleen cells IL2, and significantly improve NK cell, LAK cytotoxicity. Thus demonstrating a significant role in immune regulation. Also showed that soybean saponins on murine leukemia cells (YAC1 cells) have a certain cytotoxicity, can inhibit DNA synthesis YAC1 cells. And showed significant dose-effect relationship between the application of soy isoflavone research around the role of the hormone. Liu Xiang (2003) test showed that when given to mice after 14d soybean oligosaccharides 1:3 service. Murine intestinal Lactobacillus, bifidobacteria increased significantly in both
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