Explore the impact of copper, zinc, and manganese supplementation in cattle nutrition with insights from a study at CSU's Eastern Colorado Research Center. This article covers bioavailability of hydroxy vs. sulfate sources and the impact of feeding Selko IntelliBond hydroxy trace minerals on reproductive performance and weaning weights of beef cattle, providing valuable data for industry professionals.

Reproductive performance of beef cattle is an important driver of profitability of cow-calf operations. Farmers managign a cow calf operation for beef cattle should aim at one coalf per cow per year. Optimal fertility of beef cows is a prerequisite to reach this target. Feeding Selko IntelliBond hydroxy trace minerals improves pregnancy rates after artificial insemination, both in beef heifers and multiparous beef cattle.

Cow-calf opersations for beef cattle should aim at producing at one calf per cow per year. Semen quality of bulls has a big impact on reproductive performance of cow-calf operations. Bulls supplemented with Selko IntelliBond hydroxy trace minerals produced sperm with greater progressive motility, and greater sperm concentration. Cu and Zn hydroxychloride contained within IntelliBond are more bioavailable and more readily stored within the animal compared with Cu and Zn sulfate, resulting in an improvement of sperm quality of breeding bulls in a cow-calf operation for beef cattle.

Optimal beef reproduction ensures consistent calf crops, which leads to increased profitability and sustainability. Genetics, management practices, and nutrition are key factors impacting fertility. Discover how innovative nutritional strategies, including the use of hydroxy trace minerals like Selko IntelliBond, can significantly enhance reproductive outcomes. Read the full article for detailed insights.

Selko LactiBute improves hindgut health and reduces systemic immune activation in cattle. As a result, starch levels in the faeces decline, faecal pH increases and averag daily gain of beef cattle fed Selko LactiBute is improved by 95 grams/day.

A trial in steers showed a prebiotice effect of Selko LactiBute, containing rumen protected calcium gluconate, in the hindgut of beef cattle. Feeding Selko LactiBute to steers resulted in an increase of acetate and propionate levels and a trend towards higher levels of butyrate in the hindgut. Butyrate can reduce the risk of hindgut acidosis in beef cattle.

Maintaining hindgut health in beef feedlot cattle is crucial for optimal growth and productivity. Hindgut acidosis, caused by rapid fermentation of carbohydrates, leads to "leaky gut" and systemic inflammation. Prevention strategies include balanced diets, gradual feed changes, and stress reduction. Read the rest of the article for in-depth prevention and mitigation strategies.

The feedlot stage is crucial in beef production, where cattle face stress, disease, and nutritional adjustments. Effective management, including stress reduction, biosecurity, gradual diet transitions, and the use of innovative feed additives like hydroxy trace minerals and prebiotics, is essential. Read the rest of the article to explore these strategies in detail.

Effective pasture management is crucial for successful beef cattle production. It combines ecological principles and agricultural practices to maintain high-quality forage year-round. Challenges like seasonal variability are addressed through strategies like rotational grazing and strategic supplementation. Read the full article to explore innovative methods and techniques for sustainable and efficient cattle farming.