Animal Feed Supplements

The modern genetic breeds have increased productivity levels, improving growth speed, profits and animal quality. As a result, nutritional requirements have been increasing too. Even with high supplementation levels, it is common that minerals supplied in inorganic forms are not absorbed at the levels and speed required by more productive animals. Minerals play an important role in regular dietary requirements of animal feed and are essential for growth, reproduction and milk production.

Essential minerals are destroyed during the digestion process due to interactions with other components of feed. Essential minerals in the animal feed are destroyed during the digestion process due to interaction with other components of the feed. Thus rendering the mineral unavailable to the body of animal. It is proved by studies that Amino Acids are ideal Organic Carrier (legends) for Minerals. The chelated complex of Minerals with Amino Acids is very stable and has high bio availability.

Our Product range includes : Ferrous Proteinate (Fe 8-10%): Iron deficiency results in anemia, reduced gain, listlessness, inability to withstand circulatory strain, labored breathing after mild exercise, reduced appetite, decreased resistance to infection, blanching of visible mucous membranes and a pale color of the muscle meat. Iron deficiency results in anemia, reduced gain, listlessness, inability to withstand circulatory strain, labored breathing after mild exercise, reduced appetite, decreased resistance to infection, blanching of visible mucous membranes and a pale color of the muscle meat.

Zinc Proteinate (Zn 8-10 %): • Bull fertility enhanced by zinc. • Zinc deficiency was known to cause growth retardation and testicular hypo function. • Zinc improves the iron absorption. • Zinc deficiency has now been recognized to be associated with many diseases for example, malabsorption syndrome, chronic liver disease, chronic renal disease, sickle cell disease, diabetes, malignancy, and other chronic illnesses.

Manganese Proteinate (Mn 8-10%): Manganese deficiency in the diet of growing chicks and poults results in perosis, or slipped tendon. Manganese-deficient chicks have less proteoglycan in the cartilage of the tibial growth plate than manganese-repleted chicks .Only about 1% of the manganese in ruminant diets is absorbed . General symptoms of manganese deficiency include impaired growth, skeletal abnormalities, disturbed or impaired reproduction, and abnormalities of the newborn. Deformed calves at birth have weak legs and pasterns, enlarged joints, stiffness, twisted legs, general weakness, and reduced bone strength. Low-manganese diets cause heifers and cows to be slower in exhibiting estrus and more likely to have "silent heats," and a lower conception rate.

Magnesium Proteinate (Mg 4- 6 %): Magnesium deficiency induces joint cartilage lesions in juvenile rats which are identical to quinolone-induced arthropathy.

Copper Proteinate (Cu 8-10%): Copper is a trace mineral found in all body tissues. It is vital in making elastin, a chief component of the elastic muscle fibers found throughout the body, especially in the heart and lungs. It is needed to build strong bones, connective tissue and joints. Copper is needed for the proper function of the enzyme lysyl oxidase, which is required in the cross linking of collagen and elastin. Copper deficiency is the major known cause of aortic aneurysms in a wide variety of animals, and evidence strongly links it to aortic aneurysms in humans.

Boron Proteinate (B 8 -10%): Boron is required for the maintenance of bone and normal blood levels of estrogen and testosterone. Boron supplementation may also be useful for arthritis. Several studies show that boron may provide relief for patients suffering from osteoarthritis, juvenile arthritis, and rheumatoid arthritis.