Monensin Dosage Optimization for Dairy Feed Efficiency
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Solution Overview
Problem
The specific effects of monensin doses on lactating cows, particularly regarding milk components and milk yield, are unknown, and existing formulations do not effectively optimize milk production efficiency and fatty acid profiles in ruminants.
Innovation Solution
The use of dietary formulations containing specific amounts of monensin, ranging from 11 g/ton to 14.5 g/ton, in ruminant feeds to enhance milk production efficiency, milk fat yield, milk protein yield, and fatty acid profiles without negatively impacting milk fat percentages.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If monensin is included in ruminant feed at broad ranges (11 g/ton to 22 g/ton), then feed efficiency may be improved, but the specific effects on milk components and milk yield are unknown and may have adverse impacts
Solution Approach 1:
The patent applies parameter changes by identifying and implementing an optimal monensin dosage range (11-14.5 g/ton) that transforms the uncertain broad-range effects into predictable, reliable outcomes for milk production efficiency and fatty acid profiles while maintaining milk fat percentages
2Productivity
If higher doses of monensin are fed to lactating cows, then milk production efficiency may increase, but milk fat percentages could be negatively impacted
Solution Approach 1:
The patent resolves this contradiction by changing the dosage parameter to an optimal range (11-14.5 g/ton) that simultaneously improves milk production efficiency (ECM/DMI) and maintains favorable milk fat percentages, eliminating the need to choose between these conflicting outcomes
3Manufacturing precision
If specific monensin doses are used, then fatty acid profile and energy corrected milk are improved, but the optimal dose range is currently unknown
Solution Approach 1:
The patent applies feedback by establishing evidence-based dosage guidelines (11-14.5 g/ton) that provide actionable information to practitioners, allowing them to achieve predictable improvements in fatty acid profiles and energy corrected milk production efficiency without guessing or using broad-range dosing
Data Source
AI summary
The present disclosure provides formulations and methods for administration of dietary monensin to be fed to ruminants, including cattle. As described herein, monensin can provide beneficial effects of increasing dietary monensin concentration on milk yield and milk component yield, including milk fat yield, milk fat percentage, milk protein yield, and milk protein percentage.