Food supplement “Enteronormin”

Food supplement

Enteronormin probiotic feed additive is intended for animals and birds and can be used from the first days of life. Enteronormin helps to normalize metabolism, secretory immunity, stabilize the body’s defenses, increase the productivity of animals and birds, appetite, absorption of vitamins, feed nutrients, reduce feed costs per unit weight gain.

The composition of the additive is selected in such a way that the lactic acid bacteria present in it are resistant to most antibiotics used in veterinary medicine, produce the maximum amount of lactic acid and B vitamins in, intestines.

Enteronormin is indicated for use in duodenitis, cholecystitis, enterocolitis, exomyco- and endotoxicosis, yolk peritonitis, for the prevention and treatment of gastrointestinal diseases (colibacillosis, salmonellosis, and other dysbacteriosis). There are no contraindications.

For therapeutic purposes, Enteronormin is used both alone and in combination with other drugs, including antimicrobials.

Used for rapid targeted formation and stabilization of healthy (normal) microflora of the digestive tract of animals and poultry.

Used for rapid targeted formation and stabilization of healthy (normal) microflora of the digestive tract of animals and poultry.

Properties:

increases productivity;

increases safety;

increases appetite;

increases the absorption of vitamins;

increases the absorption of feed nutrients;

reduces feed costs per unit of live weight gain;

normalizes secretory immunity;

normalizes metabolism;

stabilizes the body’s defenses;

Indications for use: duodenitis, cholecystitis, enterocolitis, exomyco- and endotoxicosis, biliary peritonitis, prevention and treatment of gastrointestinal diseases (colibacillosis, salmonellosis, and other dysbacteriosis).

The active basis is Enteronormin.

Spore-forming bacteria are not antagonists of lactic acid bacteria in the small intestine.

Bacteria of the drug are resistant to the most commonly used antibiotics in veterinary practice, and their metabolites have a wide range of antagonistic activity against pathogens of infectious intestinal diseases.