Nucleotide Supplementation for Resistance Exercise Immune Support
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Solution Overview
Problem
Current nutritional products for athletes primarily focus on energy replenishment or muscle repair, failing to address the immune system's response to exercise, which can lead to increased susceptibility to upper respiratory tract infections and impaired performance.
Innovation Solution
A method involving the administration of a nucleotide-containing composition before and after resistance exercise, which includes RNA and DNA extracts from yeast, to inhibit cortisol, myeloperoxidase, creatine kinase, and isometric force impairment, thereby supporting immune function and performance.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If athletes engage in prolonged heavy resistance exercise to improve performance, then performance levels increase, but susceptibility to upper respiratory tract infection increases due to immune system suppression
Solution Approach 1:
The nucleotide composition is administered before exercise to proactively support immune function before exercise-induced suppression occurs. This preventive approach aims to maintain immune competence throughout the exercise session and recovery period, reducing URTI risk without limiting training intensity
Solution Approach 2:
Nucleotides serve as an intermediary substance that mediates between exercise stress and immune function. The composition provides building blocks for immune cell proliferation and function, buffering the suppressive effects of heavy resistance exercise on the immune system
2Productivity
If athletes engage in prolonged heavy resistance exercise to improve performance, then performance levels increase, but recovery time extends due to muscle damage and energy depletion
Solution Approach 1:
The nucleotide composition is administered before exercise to prepare cellular mechanisms for efficient recovery. By providing nucleotide building blocks in advance, the body is better equipped to handle exercise-induced muscle damage and accelerate repair processes during the recovery period
Solution Approach 2:
The nucleotide supplementation continues through the recovery period to maintain anabolic processes. This continuous provision of building blocks supports sustained protein synthesis and tissue repair, extending the beneficial effects beyond the immediate post-exercise window
3Ease of manufacture
If conventional nutritional products supply carbohydrates and proteins to address energy and muscle repair needs, then energy replenishment and muscle repair are improved, but immune system support during exercise recovery is not addressed
Solution Approach 1:
The invention merges multiple nutritional components (carbohydrates, proteins, and nucleotides) into a single comprehensive composition. This combination addresses energy replenishment, muscle repair, and immune support simultaneously, providing holistic recovery nutrition in one product
Solution Approach 2:
The nucleotide composition serves multiple functions: it supports immune function, provides energy substrates, and supplies building blocks for tissue repair. This multi-functionality allows a single product to address diverse recovery needs that were previously met by separate supplements
Data Source
AI summary
Methods for inhibiting exercise-induced production of cortisol, exercise-induced production of myeloperoxidase, exercise-induced production of creatine kinase, and exercise-induced impairment of isometric force generation by administration of nucleotides is disclosed.