outlet2 VETSOLUTION DOG-HEPATIC 12KG

Fit-aroma in MONGE VETSOLUTION CANINE HEPATIC with the addition of milk thistle. Silybin, one of the active substances of milk thistle, has many positive properties for the functioning of the liver. Silybin's anti-inflammatory properties are mediated by the DNA / RNA nucleus. The key to the development of liver fibrosis is the conversion of liver stellate cells into myofibroblasts, which Silybin limits at the cellular level. Silybin reduces stellate DNA synthesis, multiplication, migration, and the formation of fibrous tissue.

Silybin limits changes in blood biochemical parameters, blood coagulation and reduces the degree of hepatic hemorrhagic necrosis. It also inhibits the absorption of toxins on the mucosa of hepatocytes by acting on salts  polypeptides. Inside the hepatocytes, Silybin eliminates free radicals that inhibit lipid peroxidation, supported by SOD, it prevents inflammation and fibrosis. The hepatoprotective effect of silybin increases protein synthesis, necessary for liver regeneration.

Silybin enjoys good enterohepatic recirculation and bile concentrations are almost 100 times higher compared to the concentration  serum. Pharmacokinetic studies carried out in dogs show a better bioavailability of silibinin complexed with phosphatidylcholine, the active substance of phytase in MONGE VETSOLUTION CANINE HEPATIC.

Protein: In MONGE VETSOLUTION CANINE HEPATIC the protein level is low (proteins / kcal 43) and mainly of plant origin, limiting the production of urea,  relieves impaired liver metabolism.

Carbohydrates: In MONGE VETSOLUTION CANINE HEBATIC carbohydrates are highly digestible and support normal liver metabolism

Minerals: MONGE VETSOLUTION CANINE HEPATIC has a very low copper content (4mg / kg). Copper deficiency is not considered a clinical problem in dogs, while excess hepatic copper has been found in dogs with normal liver histology, dogs with hepatitis, and dogs with end-stage cirrhosis. Evidently accumulated copper supports the occurrence of hepatic dysfunction.

Energy:

·         Carbohydrates 38%

·         Proteins 23%

·         Lipids 39%