Staggered Micronutrient Formulations to Reduce Absorption Competition
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Conventional multi-vitamin supplements often result in micronutrient competition, leading to reduced absorption and utilization due to chemical, biochemical, physiological, and clinical competitions among nutrients, which interferes with their digestive absorption and utilization, resulting in little to no beneficial health effects.
Innovation Solution
Creating separate micronutrient formulations that include synergistic micronutrients while excluding competitive ones, allowing for staggered intake at different times to avoid interference and enhance absorption efficiency.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If multiple micronutrients are combined into a single multi-vitamin formulation, then the convenience of supplementation is improved, but micronutrient absorption and utilization deteriorate due to chemical, biochemical, physiological, and clinical competitions among nutrients
Solution Approach 1:
The patent divides the comprehensive micronutrient supplement into multiple separate formulations, each containing specific groups of non-competing micronutrients. This segmentation allows users to take multiple smaller supplements throughout the day rather than one large supplement, thereby maintaining convenience while eliminating nutrient competition issues that arise when multiple nutrients are combined in a single formulation.
Solution Approach 2:
The patent implements periodic administration of different micronutrient formulations at different times throughout the day. By spacing out the intake of different micronutrient groups across multiple time periods, the patent prevents simultaneous competition for absorption sites and transport pathways, thereby improving overall absorption and utilization while maintaining supplementation convenience through a structured routine.
2Device complexity
If micronutrients are taken simultaneously in a single dose, then the simplicity of the supplementation regimen is improved, but absorption efficiency deteriorates due to competition for limited absorption sites and transport pathways
Solution Approach 1:
The patent segments the micronutrient spectrum into multiple distinct groups based on their absorption characteristics and competition relationships. Each group is formulated separately and administered at different times, which simplifies the overall regimen by providing clear, structured dosing instructions while dramatically improving absorption efficiency by eliminating competition for limited absorption sites and transport pathways.
Solution Approach 2:
The patent introduces dynamic timing into the supplementation regimen, where different micronutrient formulations are taken at different times of day rather than all at once. This dynamic approach allows the body to process and absorb nutrients sequentially without competition, improving absorption efficiency while maintaining simplicity through a flexible, time-based scheduling system that can be adapted to individual needs.
3Adaptability or versatility
If all micronutrients are included in one formulation, then the completeness of nutritional supplementation is improved, but clinical detection of deficiencies deteriorates due to masking effects where one micronutrient masks the deficiency of another
Solution Approach 1:
The patent segments micronutrients into separate formulations based on their clinical interaction patterns, particularly separating nutrients that can mask each other's deficiencies. This segmentation allows for targeted supplementation where specific nutrients can be adjusted or monitored independently, thereby maintaining comprehensive nutritional coverage while improving the ability to detect and address specific deficiencies without masking effects.
Solution Approach 2:
The patent incorporates feedback mechanisms through separate formulations that enable monitoring and adjustment of individual nutrient levels. By dividing micronutrients into separate groups taken at different times, the system allows for better tracking of absorption and utilization patterns, providing feedback that helps identify and correct deficiencies more accurately without the masking effects that occur when all nutrients are combined in one formulation.
Data Source
AI summary
Methods are described for increasing the absorption of micronutrients such as vitamins and minerals by an organism's digestive system. Multiple competitions and multiple synergies between micronutrients are identified and micronutrient formulations are created so that synergistic micronutrients are included in the same formulation while competitive or interfering micronutrients are included in different formulations. At least two micronutrient formulations can be created with each formulation being ingested by the organism at a different time within a single twenty-four hour period or longer. By ingesting each micronutrient formulation at different and remote times, advantage is obtained from absorption synergies existing between some micronutrients while absorption interferences between competitive micronutrients are avoided or eliminated so as to increase the efficiency of absorption of micronutrients by the digestive system. In another embodiment, the micronutrient formulations can be introduced through skin pores or directly into blood capillaries (arteries or veins) through some kind of delivery system including but not limited to a skin patch or a surgically implanted device.