Kosteletzkya virginica traditional Chinese medicine composite composition for preventing and treating coxey and application of kosteletzkya virginica traditional Chinese medicine composite composition

Abstract

The invention provides an application of kosteletzkya virginica to preparation of a traditional Chinese medicine preparation for preventing and treating coxey, and further provides a kosteletzkya virginica traditional Chinese medicine composite composition for preventing and treating coxey and an application of the kosteletzkya virginica traditional Chinese medicine composite composition. The composition is prepared from the following raw materials in parts by mass of 40-50 parts of kosteletzkya virginica, 25-30 parts of spartina alterniflora, 8-12 parts of sweet wormwood herbs, 8-12 parts ofbrucea amarissima, and 4-6 parts of radix scutellariae. The traditional Chinese medicine composite composition can effectively prevent and treat coxey. The composite plant extract preparation can prevent problems of reverse tolerance and the like, so that the probability of prevention and treatment failure can be greatly reduced. The composition is a purely plant extract compound recipe, and is low in remaining in bodies of chickens, and favorable in biological safety.

Description

technical field [0001] The invention belongs to the technical field of traditional Chinese medicines, and in particular relates to a seashore mallow traditional Chinese medicine compound composition for preventing and treating chicken coccidiosis and an application thereof. Background technique [0002] Chicken coccidiosis is the enemy of the chicken industry, and its morbidity and mortality are relatively high, especially intensive chicken farms are the main places where chicken coccidiosis occurs. If preventive measures are not taken, chicken coccidiosis will Occurrence will cause huge economic losses to the poultry industry. After coccidia infect chickens, they develop and reproduce in large numbers on the intestinal epithelial cells of chickens, and form oocysts after several generations of cleavage proliferation and gametogenesis. Coccidia can destroy intestinal epithelial cells in large quantities, leading to intestinal inflammation and secondary bacterial infection, ...

AI Technical Summary

Problems solved by technology

[0003] Since the intensive development of livestock and poultry breeding, the control of chicken coccidiosis has mainly relied on chemical drugs. Due to the improper use and misuse of anticoccidial drugs, coupled with the long-term effect of natural selection, drug-resistant coccidiosis The number of coccidiosis strains is increasing day by day, resulting in a significant reduction in the control effect of many anticoccidial drugs, or even completely ineffective, which greatly shortens the use period of anticoccidial drugs; at the same time, continuous use of high doses of chemical drugs to control coccidiosis will also cause drug residues, endanger human beings

In addition, in the process of preventing and treating chicken coccidiosis, although there is a live vaccine application, because the live vaccine is prone to strong virulence and the DNA vaccine research is not complete, it has not been widely used.

[0004] At present, the anticoccidiostats used in the aquaculture industry are mainly antibiotics and chemical synthesis, but these anticoccidiostats have safety and residue problems

Chinese herbal medicines or plant extracts against coccidioides have attracted the attention of the breeding industry due to their advantages such as not easy to produce drug resistance, degradable, and no residue, but their practical effects and true effectiveness are often criticized