锰（赖氨酸锰Manganese Lysinate）成为甲壳动物休内不能够或缺的注重原子  ，宽度体验草莓糖、高蛋白质、磷酸二氢钾等产物的循坏排泄全整个过程 。其关键帮助制度化是控制排泄全整个过程中酶的活跃度  ，在青饲料中恰当加上锰（赖氨酸锰Manganese Lysinate）  ，对确保绿色体的普通排泄非常大的意义非常大的 。一些探讨说明  ，在日粮中补冲有机物锰和有机锰  ，能效果延长羊羔肾脏器官中锰的积聚量  ，的同时改善锰超空气非金属氧化物歧化酶（Mn-SOD）和精氨酸酶的活性氧 。精氨酸酶用作锰的忽略关系性酶  ，在内脏磷酸二氢钾循坏系统往复分解的最后一步方面发挥出着关键的的的作用 。甲苯酸羧化酶是糖异BB贝博艾弗森官方网站作中的关键的的酶  ，能将甲苯酸羧改成草酰乙酸  ，它是三羧酸循坏系统往复和糖异生的链接准换点  ，且其激发层面忽略关系锰  ，这随着锰随便参入糖异生  ，并外源参入三羧酸循坏系统往复 。虽然  ，崔德汶的的研究体现  ，获取 485mg/kg 的氨基酸等锰可提高了山羊瘤胃中丙酸添加量  ，为肾脏糖异生供应强劲有力认可 。孙昱等的探究则挖掘  ，由于日粮中锰成分上升  ，血样中谷丙转氨酶成分差异性提高  ，喂养锰成分为 60mg/kg 的猪饲料  ，对辽宁省绒绵羊蛋清质新陈代谢不断提升体验正相关 。

锰事物（赖氨酸锰Manganese Lysinate）在绿色分解中的主要能力

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The key role of the manganese element (lysine manganese lysinate) in animal metabolism

As an indispensable and important element in animals, manganese (manganese lysine) is deeply involved in the circulation and metabolism of glucose, protein, urea and other substances. Its main mechanism of action is to regulate the activity of enzymes in the metabolic process, and the reasonable addition of manganese (Manganese lysine) to the feed is of great significance to maintain the normal metabolism of animals. Relevant studies have shown that supplementation of organic manganese and inorganic manganese in the diet can effectively increase the amount of manganese deposition in the liver of lambs, and increase the activities of manganese superoxide dismutase (Mn-SOD) and arginase. Arginase, as a manganese-dependent enzyme, plays a key role in the final link of hepatic urea cycle metabolism. Pyruvate carboxylase is a key enzyme in the process of gluconeogenesis, which can carboxylize pyruvate into oxaloacetate, which is the junction transition point between the tricarboxylic acid cycle and gluconeogenesis, and its activation is highly dependent on manganese, which makes manganese directly involved in gluconeogenesis and indirectly involved in the tricarboxylic acid cycle. In addition, Cui Dewen's study showed that the addition of 485mg/kg of manganese amino acid can increase the production of propionic acid in the rumen of sheep, providing strong support for hepatic gluconeogenesis. Sun Yu et al.'s study found that with the increase of manganese content in the diet, the content of alanine aminotransferase in the blood increased significantly, and feeding a feed with a manganese content of 60mg/kg had a significant effect on the protein metabolism of Liaoning cashmere goats.

The key role of the manganese element (lysine manganese lysinate) in animal metabolism

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