COMPARATIVE PHYSIOLOGICAL AND METABOLIC PARAMETERS RESULTS BETWEEN TWO GROUPS OF ATHLETES WHILE PERFORMING TRACK AND FIELD RUNNING WITH OR WITHOUT MASTER AMINO ACID

Paper

COMPARATIVE PHYSIOLOGICAL AND METABOLIC PARAMETERS RESULTS BETWEEN TWO GROUPS OF ATHLETES WHILE PERFORMING TRACK AND FIELD RUNNING WITH OR WITHOUT MASTER AMINO ACID

Published 2003 · E. Mariani, G. Vender, E. Arrigotti

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Abstract

The discovery of the Master Amino Acid Pattern (MAP) has been confirmed by a recent clinical study (1,2). The results have shown that MAP’s amino acids profile provides a 99% Net Nitrogen Utilization (NNU), therefore, originating only 1% of nitrogen catabolites (1,2). This means that 99% of MAP’s constituent amino acids act as precursors (building blocks) of body protein synthesis, meanwhile only 1% follows the catabolic pathway, thus originating energy and nitrogen catabolites (1,2). Due to these unique characteristics, we considered it interesting to evaluate some physiological and metabolic parameters (3,4) among a group of athletes, while taking MAP, as a nutritional supplement. The physiological parameters evaluated in the study were correlated with the athletes’ level of performance, using techniques typical in the sports physiology (3,4).

Study Snapshot

The Master Amino Acid Pattern (MAP) supplementation improves physiological and metabolic parameters in athletes during track and field running, potentially enhancing their performance.

PopulationOlder adults (50-71 years)

Sample size24

MethodsObservational

OutcomesBody Mass Index projections

ResultsSocial networks mitigate obesity in older groups.

COMPARATIVE PHYSIOLOGICAL AND METABOLIC PARAMETERS RESULTS BETWEEN TWO GROUPS OF ATHLETES WHILE PERFORMING TRACK AND FIELD RUNNING WITH OR WITHOUT MASTER AMINO ACID

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