Embryo transfer is the removal of an early embryo after mating of a breeding stock and transplanting it into the same mother of the same species in the same physiological state, so that it continues to develop into an individual technique, so it is popularly called "pregnant childbirth." Embryo transfer technology can be used for a variety of livestock and animals. At present, dozens of animals have successfully performed embryo transfer. Embryo transfer is considered to be the second revolution in the field of livestock reproduction after livestock artificial insemination. Artificial insemination technology has greatly improved the utilization rate of excellent male broilers. Embryo transfer technology has greatly increased the number of offspring of elite female animals and tapped the genetic and reproductive potential of female animals. In animal husbandry production and scientific research, embryo transfer technology is mainly used in the following aspects: (1) Increase the number of offspring of imported purebred livestock and excellent individuals. For pure expansion, increase the number of breeding animals. (2) Shorten the cycle of improvement of livestock and speed up variety improvement. Purebred bovine embryos are transplanted to yellow cattle, and the 15- to 20-year improvement cycle can be changed to one year, which greatly improves the genetic quality and production performance of livestock. (3) Breeding for single-child animals can shorten the number of years for selecting breeding cattle. For example, the cow's MOET breeding program progressed faster than the descendant's breeding method. (4) Transplanting twins to improve production efficiency. Especially valuable for meat livestock. Simultaneous transplantation of double embryos or double embryos or transplantation of an embryo around the 7th day after mating can obtain a double blast rate of more than 30%. (5) Replacement of breeding stocks. (6) Save breed resources. Stored in domestic animal embryo bank and gene bank with excellent genetic characteristics to protect endangered livestock and animal species. (7) For the diagnosis and treatment of some diseases. (8) Research methods for the development of livestock biotechnology. This technology is an indispensable technological innovation for embryonic segmentation, chimerism, nuclear transfer, in vitro fertilization, and animal biotechnologies such as transgenic animals. It can also be used for research in biology and medicine. In particular, it is worth mentioning that the offspring produced by the embryo transfer can be immunized from local cows, the disease resistance is increased, and the risk of embryo infectious diseases is reduced. At present, embryo transfer technology is increasingly used for the introduction of cattle and the breeding of cattle.
Mineral Poultry Feed Additive
DCP - MCP - MDCP Specification:
1.Dicalcium-Monocalcium-Monodicalcium Features
Phosphorus is the second most common mineral after calcium in an animal's body. It plays a fundamental role in growth and reproductive processes, in actual fact it is a principal constituent of bones, nucleic acids, phospholipids, phosphoproteins and phosphoric esters of simple sugars. It also operates in the metabolism of all substances for energy maintenance (ATP) and in rumen fermentation processes.
The phosphates we market and sell are characterised by high digestibility and availability of phosphorus and are available in different granule sizes.
2. The range includes:
Dicalcium phosphate 18%
Monodicalcium phosphate 21%
Monocalcium-phosphate 22%
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3.Plus of product:
1) They favor body growth and development
2)High bioavailability of P
3)They improve fertility
4)They improve energy metabolism
5)Heavy metals under legal limits
6)Reliability and constancy of production
Keywords:Dicalcium Phospate Mineral feed additives;MDCP 21 Poultry feed additives;Mineral feed additives;calcium phosphate feed additives
Dicalcium Phosphate Mineral Feed Additives,Mdcp 21 Poultry Feed Additives,Mineral Feed Additives,Calcium Phosphate Feed Additives
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