The Chongqing Daily has reported that the use of a fermentation bed can cure four major "headaches" in cattle: heavy odor, excrement doubling, winter warmth, and busy summer ventilation. The use of golden crocodile dry-sowing fermentation beds to raise cattle not only solves the above problems, but also contributes greatly to the feed utilization of cattle in terms of nutrition.
The cow is a ruminant. The bacteria in the rumen can use almost any form of ammonia to synthesize microbial proteins through life activities, which are then digested and absorbed by cattle. In large-scale farms, the living environment of cattle is relatively closed and the feed is also fine enough. It is difficult for the rumen to obtain beneficial microorganisms from the external environment. The reduction of the beneficial microbial flora and its number has greatly reduced the function of digesting and regenerating microbial proteins in the cow's rumen. Therefore, although the cows eat frequently and have enough doses, the actual absorption and utilization of the microorganisms is far lower than the original nutrients in the feed. The operation of the principle of the golden bacon dry spreader bed is based on the functional microbiota in the fermentation bed. Microorganisms in the fermentation bed can enter the cow rumen and other digestive organs through the feeding action of cattle, effectively supplement the rumen's beneficial microbiological content, and ensure sufficient microbial content in the rumen. It can fully utilize the ammonia decomposed in feed to form microbial protein and is fully absorbed by cattle. In addition, the beneficial microorganisms in the fermentation bed can also inhibit the proliferation of harmful microorganisms in the rumen and ensure that the nutrition in the feed is used by cattle without additional waste.
The ammonia in the rumen fluid is mainly derived from protein in the feed, microbial protein and non-protein nitrogen degrading substances, and the recycling process of urea through the rumen wall. Under the action of microbial enzymes, most of the protein in feed is hydrolyzed into peptides and amino acids. Some of them are converted into microbial proteins, and some of them are deamidated to produce ammonia gas and volatile fatty acids. Volatile fatty acids are absorbed and used as carbon skeletons for the synthesis of amino acids. The shortage of protein feed resources is a problem facing the livestock industry in the world. In order to solve this problem, non-protein nitrogen has been used as a feed additive and is widely used in ruminant animal nutrition. Although the use of the Titanium Fermentation Bed can not completely solve this problem, it can also be effectively alleviated. The litter materials in the fermentation bed mostly use sawdust, corn stalks, wheat stalks, rice straw, etc., all contain a certain amount of nitrogen nutrition. When the cow sits unconscious, it can effectively feed the nitrogen in the rumen to make the rumen. Maintaining a certain concentration of ammonia for use by microorganisms to synthesize proteins for use by the host, partially solves the problem of protein deficiency in the diet.
It can thus be seen that while the fermentation bed is in the process of curing the four major “headaches†of cows, the benefits of cattle nutrition cannot be underestimated. Jinbao Dry Fermentation Bed can promote the production of microbial protein by supplementing the beneficial microorganisms and nitrogen elements in the rumen of cattle, so that the cattle will be fully nutritious in the process of eating and the utilization of feed will be further improved. Details of the consultation: Beijing Huaxia Kangyuan Technology Co., Ltd. telephone toll-free hotline Website: Taobao Website: http://shop35396982.taobao.com
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