APPLICATIONS
Three applications. Distinct effects.
Lactate and ketones are naturally produced during exercise and fasting. Both molecules act as fuel sources and metabolic signals in virtually all tissues. Metabolism, recovery, and performance each represent distinct applications, supported by independent clinical research.
Performance
Studies have revealed an increase in muscular mass and power output after intake of ketone dietary supplements, mimicking exercise and fasting. Exogenous lactates provide rapid muscular energy.
Science
Ketones supports muscle protein synthesis via the rapamycin complex 1 (mTORC1) and supports glycogenesis. Lactate is a major energy source, gluconeogenic precursor, and an important signalling molecule.
Documentation
Recovery
The intake of a ketone dietary supplement has been shown to protect against muscle mass loss by increasing energy supply (glycogen). Lactate may prevent muscle loss.
Science
Ketones support muscle protein synthesis, e.g., via the rapamycin complex 1 (mTORC1). Lactate is a major energy source, gluconeogenic precursor, and an important signalling molecule. Studies suggest that lactate intake reduces muscular atrophy after caloric restriction.
Documentation
Metabolism
Studies have revealed an improved metabolic flexibility after intake of a lactate-ketone ester dietary supplement.
Science
Studies have shown that ketone-lactate ester dietary supplement may mimic exercise and fasting, supporting stabilizing glucose metabolism and hunger-inducing hormones.
Documentation
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