Amino acid trace element chelate is a new kind of feed additive which is chemically chelated by amino acid or short peptide substance and trace element. In the late 1960s, such products were successfully developed abroad and used in the aquaculture industry. In the mid-1980s, China carried out research and application research on the project and made great progress. In recent years, the research and application of this project has received extensive attention from relevant domestic departments and scientific research institutions. There are dozens of units in China that are engaged in research in this field. The research and application of amino acid trace element chelate has also been included in the national “Eighth Five-Year Plan†key research project, which indicates that China's trace element nutrition research has entered the development path of amino acid chelate.
1 Application status of feed amino acid trace element chelate
Domestic feed amino acid trace element chelate has been developed for 10 years. In the past 10 years, through the continuous efforts of relevant departments, scientific research institutions and manufacturers, the promotion and application of this product has reached a new stage of development. Applications range from livestock and poultry to fish and shrimp and water production, and the scale of application is gradually expanding from the interior to the coast. Relevant authorities hope to promote the development of feed industry and aquaculture industry through the promotion and application of this product. The majority of users regard the application of amino acid chelate as one of the main measures to improve the level of dietary formula and improve growth and production performance. At present, the application status of this product in the feed industry and aquaculture industry mainly has the following aspects:
1.1 All the inorganic salts in the feed are replaced by trace elements
Since the amino acid chelate is completely absorbed into the animal, it can significantly improve the digestion and absorption of trace elements, has high biological potency and enhances the immune function of the animal, and has anti-stress effect, greatly improving the feeding effect and feed. remuneration. Therefore, the use of amino acid chelate in the breeding of poultry, seed rate, fish, shrimp and water production to replace the trace elements of inorganic salts, because of the high input-output ratio of such breeding objects, can achieve better economic benefits.
1.2 Partially replace the trace elements of inorganic salts in feeds.
In general breeding objects and feed production companies, in order to simultaneously take into account the cost of feed production and feeding effects, a combination of amino acid chelate and inorganic salt trace elements is used. In the early 1990s, Alltech of the United States introduced the theory and products of the combination of amino acid chelate and inorganic salt trace elements, and promoted it to countries all over the world. Xi'an Institute of Modern Chemistry in China, based on the latest developments in the study of trace elements in foreign animals and the experience of using amino acid chelate in recent years, introduced the 958 trace element additive in 1995, a mixture of amino acid chelate and inorganic elements. The product uses partial amino acid chelate monomers (such as amino acid iron, amino acid copper, amino acid manganese, amino acid zinc, etc.) to replace some of the corresponding inorganic salt elements, thereby having both excellent properties of amino acid chelate and low cost. The price of all amino acid chelates used. This method based on the pretreatment of inorganic salt elements and the use of amino acid chelate as a supplemental alternative greatly exerts the respective functions of two different types of elements, and is another progress in the study of trace element nutrition.
1.3 Selecting Monomer Products Using Amino Acid Chelates
The amino acid chelate compound has a composite product and a single product. The user selects various amino acid chelate monomer products of different specifications and varieties according to different breeds, ages and nutritional levels to prepare various feeds. For example, amino acid zinc and amino acid manganese are selected as specific additions in poultry feed. In piglets and growing pig feeds, amino acid iron, amino acid zinc, and amino acid copper are selected, and in the water-producing feed, amino acid iron, amino acid copper, and the like are selected. A British experiment on the addition of amino acid chelating monomers to animal diets suggested that "the biological potency of amino acid chelate salts is independent of the specific trace element utilization rate, and that the chelated salt is suitable for the body. The theory that a particular tissue requires metabolism, which is of practical relevance in guiding the choice of amino acid chelates.
1.4 Professional breeders add as an additional supplement
In full-price feeds, professional breeders supplement the addition of some amino acid chelates to improve feed quality.
2 Feeding amino acid trace element chelate development trend
The properties and effects of amino acid chelate have been recognized at home and abroad. Research institutes in the United States and independent authoritative research institutions in the United States, as well as complex detection techniques, have found that amino acid chelates are more abundant than the inorganic salts and trace elements generally available on the market. Large, superior superior absorption and digestion and metabolism, this is a breakthrough invention in modern science. According to the radioisotope measurement, the amino acid chelate is absorbed and metabolized to a degree that is superior to 300% of other general inorganic salt trace elements. Some domestic colleges and universities and research departments have also reported new developments in research, development, and application of amino acid chelates, and conducted in-depth research on variety renewal, application range, and product testing. Therefore, as a high-tech product, amino acid chelate has a broad development prospect, but in order to achieve popularization and application, the following efforts are needed.
First of all, we must further improve the quality of our products. We must further research and improve the product chelation. This is a problem that most users pay attention to. Only the real chelate products can fully discover its unique functions and effects. Therefore, in terms of product formulation, process design, product testing technology, etc., it is necessary to continuously improve and improve. Secondly, it is necessary to lower the price of the product, because the current price is the biggest problem affecting the popularization and application of the product. Therefore, it is necessary to adjust the raw materials and processes to reduce the production cost. In addition, the competent government departments should provide industry guidance and management for amino acid chelate products, and formulate product industry standards and enterprise production license approval procedures, so that each production enterprise can follow the rules, and how to rationally choose to use amino acid chelate. The experience should be continuously explored and summed up to find out more practical ways to promote the further development of the product.
Although the application range and scale of amino acid chelate in the feed industry and aquaculture industry need to be further expanded, as long as the competent departments, scientific research institutions, manufacturers and users work together to reduce production costs and improve breeding effects, It will certainly be able to move from the beginning to the popularization, from the popularization to the improvement. The development of trace element additives from inorganic salts to amino acid chelate compounds will play an important role in the aquaculture industry, resulting in significant social and economic benefits.
Ultra Plantâ„¢ Grow Light offers One Chip Technology aimed to meet your indoor growing expectation such as improve plants' quality, increase yield, or better the margin, etc., all for helping you realize a higher return on your crops.
Ultra Plantâ„¢ Grow Light is combined our advanced All-In-One technology with patented optical design and customized light full spectrum supported from our experienced LED engineers, plant specialists and other partners working on horticulture.
From Ultra Plantâ„¢ APP, you are able to schedule the growing process including photoperiod, brightness and spectral in advance. The lighting system will help you grow smarter, easier and better.
Ultra Plantâ„¢ is the most versatile horticultural grow lighting fixture for indoor plants with flexible full spectrum, brightness control and uniform, wider light distribution, suitable for top lighting of all types of crops. No matter it applies to anywhere for any crop, Ultra Plantâ„¢ can do perfect work for you.
High Power Grow Light,High Power Led Grow Lights,High Power Led Grow Light,High Power Grow Lights
Feton Corporation , https://www.ultraplantleds.com