Compound glycyrrhizin soluble powder for livestock and preparation method thereof

Abstract

The invention belongs to the field of veterinary drugs and discloses compound glycyrrhizin soluble powder for livestock and a preparation method thereof. The compound glycyrrhizin soluble powder for livestock is processed into soluble powder with glycyrrhizin acid ammonium, glycine, methionine, taurine and glutamine as active components and other acceptable auxiliary materials in pharmacy. The process comprises the steps of performing ultramicro grinding treatment on medicine of glycyrrhizin acid ammonium and the like, and drying all medical components and auxiliary materials; and evenly mixing treated glycyrrhizin acid ammonium, other medicine, selected fillers, cosolvent and an adhesion resistant agent according to equivalent progressively-increasing method, splitting, packing and obtaining. The soluble powder has the functions of protecting livers, enhancing immunity, nourishing intestinal mucosa cells and the like and can be applied to prevention and cure of infectious and drug-induced liver injury of livestock. When the compound glycyrrhizin soluble powder for livestock is used, the soluble powder is dissolved in set water, and live stock can drink freely.

Description

technical field [0001] The invention belongs to the field of veterinary medicine, and relates to a compound glycyrrhizic acid monoamine soluble powder for livestock and poultry and a preparation method thereof. Background technique [0002] In recent years, in the practice of animal husbandry, bacterial infections, viral infections, parasitic infectious diseases, and even drug-induced liver injury diseases have shown a high incidence trend. The occurrence and evolution of these diseases, coupled with the extensive use of various antibacterial drugs, antiparasitic drugs and antiviral drugs in the prevention and treatment process, will more or less affect the liver function of animals, resulting in various inflammations and liver enzymes in the liver. Abnormal amount and activity, abnormal serum biochemical indicators, and even new "diseases" such as liver fibrosis and liver necrosis. These liver function damages seriously restrict the outcome of the disease, and then affect ...

AI Technical Summary

Problems solved by technology

However, in stressful states such as trauma and disease, because the body’s tissues and organs enhance the use of intestinal mucosal repair factors, if they cannot be fully supplemented from the outside in time, it is likely to lead to their exhaustion.

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