Dac Breeders Choice Plus Supplement For Horses 20 Lbs by Dac Direct Action Company

Product Description Powder vitamin and mineral supplement for use in diets of broodmares and stallions to enhance reproductive function. Vitamins and minerals are critical in reproduction, bone development, nerve function, immune function, hoof, skin and coat , as well as energy balance. Enhanced with probiotics. Each scoop contains min 1,560 mg/max 1,844 mg calcium, min 1,135 mg phosphorus, min 425 mg magnesium, min 26 mg copper, min 99 mg zinc, min 0.56 mg selenium, min 73 mg manganese, min 1 mg iodine, min 10,000 IU vitamin A, min 1,000 IU vitamin D and min 125 IU vitamin E. What makes dac Breeders Choice Plus different? Yea Sacc 1026 - A live yeast culture derived from the specific yeast strain Saccharomyces cerevisiae 1026. Yea Sacc 1026 increases fiber, phosphorus and calcium digestibility in mares, and increases gross energy, total lipids and amino acid absorption. Yea Sacc 1026 improves milk availability to foals if administered for 3-4 weeks before and throughout the lactation period.Organic Selenium - Selenium is an essential nutrient that plays a critical role in metabolism, healthy growth, reproductive health and immunity. It also acts as a powerful antioxidant to prevent fatty acid oxidation which can cause tissue damage. Organic selenium increases the speed of placental expulsion in mares and improves fertility. Research has shown that Sel-Plex, an organic form of selenium, is more readily absorbed and retained than selenium in inorganic forms. Sel-Plex is the ONLY organic selenium to be reviewed by the FDA (Food and Drug Administration). Bio-available Trace Minerals, or chelated minerals, are those that have been bonded to two or more amino acids. A mineral in this chelated state allows easy passage through the intestinal wall into the blood resulting in increased metabolism of that mineral. dac Breeders Choice Plus utilizes organic minerals to increase availability and enhance absorption rates. Vitamin A - Plays a critical role in reproduction and embryogenesis. It is also important for maintaining immune function.