Feed for enhancing immunity of aquarium fish

Abstract

The invention relates to a feed for enhancing the immunity of aquarium fish. The feed comprises the following components in percentage by mass: 88-95% of a basal feed, 4-11% of a traditional Chinese medicine compound additive and 0-1% of flavone extractum, wherein the flavone extractum is mango leaf flavone extractum. According to the feed disclosed by the invention, a Chinese herbal medicine additive is used, so that the food-calling reaction of the aquarium fish can be strengthened, the immunity of the aquarium fish is enhanced, stress response is reduced, and the growth of the aquarium fish is promoted. Besides, the medicines used in the feed disclosed by the invention are traditional Chinese medicines, so that the feed is safe to use, free from toxic and side effects, simple and feasible in technology and notable in treatment effects.

Description

technical field [0001] The invention belongs to the field of veterinary medicine, in particular to a feed for improving the immunity of ornamental fish. Background technique [0002] Antibiotics, hormones, hormone-like substances and synthetic chemical antibacterial substances are widely used in the prevention and treatment of aquaculture. They play a positive role in enhancing the immunity of fish and preventing diseases. However, the long-term use or even abuse of these drugs has become increasingly widespread. Such as destroying the normal microbiota of fish, leading to microecological imbalance; residues in fish food, threatening human health, etc., in order to seek new types of fish that are not only beneficial to the production of aquaculture products, but also have the characteristics of safety and pollution-free For veterinary drugs, governments, scientific research institutions and feed industry companies have made a lot of efforts. [0003] Traditional Chinese vet...

AI Technical Summary

Problems solved by technology

[0002] Antibiotics, hormones, hormone-like substances and synthetic chemical antibacterial substances are widely used in the prevention and treatment of aquaculture. They play a positive role in enhancing the immunity of fish and preventing diseases. However, the long-term use or even abuse of these drugs has become increasingly widespread. Such as destroying the normal microbiota of fish, leading to microecological imbalance; residues in fish food, threatening human health, etc., in order to seek new types of fish that are not only beneficial to the production of aquaculture products, but also have the characteristics of safety and pollution-free Veterinary drugs, governments, scientific research institutions and feed industry companies have made a lot of efforts