Integrative AI driven microbiome analysis for optimizing sports nutrition and enhancing athletic performance through...

The relationship between microbiome composition, athletic performance, and personalized nutrition offers significant potential for optimizing sports nutrition and enhancing athletic outcomes through tailored dietary strategies.

This study presents a novel framework, Integrative Microbiome Athletic Performance Optimization Network (IMAPON), designed to address this challenge by integrating microbiome data, athletic performance metrics, and demographic and physiological information to generate precise dietary recommendations. IMAPON consists of three core modules: the Microbiome Feature Extraction Module (MFEM), the Athletic Performance Prediction Module (APPM), and the Personalized Dietary Recommendation Module (PDRM). Two innovative strategies, the Adaptive Feature Integration Strategy (AFIS) and the Performance Driven Optimization Strategy (PDOS), are incorporated to improve system efficacy. AFIS facilitates dynamic integration of features from heterogeneous data sources, while PDOS aligns dietary interventions with specific athletic performance objectives. The framework employs advanced computational techniques, including feature extraction, representation learning, and optimization, formalized through mathematical models to capture latent interactions between microbiome composition, physiological factors, and performance metrics.

Experimental results demonstrate the effectiveness of IMAPON in generating actionable dietary recommendations, highlighting its potential to transform sports nutrition by enabling precise, data driven interventions tailored to individual athletes. This approach represents a significant advancement in leveraging artificial intelligence for personalized nutrition and athletic performance enhancement.