OUR FOUNDATION
More than 40 years of research into metabolism processes
Since the early 1980s, the Medical Research Laboratory at Aarhus University has specialized in the minute natural fuel metabolites lactate and ketones that are inextricably linked to immediate oxidation in the life-defining Krebs cycle. This work is built upon a direct lineage of discovery originating from a longstanding collaboration with Professor Sir George Alberti, a pupil of Nobel Laureate Sir Hans Adolf Krebs. Over four decades, the university has published approximately 100 papers on lactate and ketone metabolism, with recent clinical human studies reporting strikingly beneficial effects on appetite regulation, the heart, brain, and muscles. These results were historically achieved using these compounds in isolation.
In 2017, a unique interdisciplinary team was formed, bringing together Niels Møller, MD (Chair of the University M-Lab), Mogens Johannsen, PhD (Vice-head of the Institute of Forensic Chemistry), and Thomas B. Poulsen, PhD (Head of the Chemical Biology Research Group). Their combined expertise led to a singular proposition: the creation of a distinct molecular structure embedding both lactate and ketones to allow close mimicry of the natural, healthy physiological responses to exercise and food restriction.
These dual-action esters were patented by Aarhus University in 2020 and 2022, with Mmimetika Biosciences holding the exclusive global use rights to this breakthrough in metabolic signaling.
Publications
Our lactate | ketone patents
The combined lactate | ketone esters were patented by Aarhus University in 2020 and 2022, and Mmimetika Biosciences holds the exclusive global use rights.
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The present invention relates to a Lactate/Ketone body ester for preservation of vital organ function and combat inflammation and cancer growth. In particular, the present invention relates to a Lactate/Ketone body ester with the beneficial properties of Lactate and beta-hydroxybutyrate (BHB) on vital organ function, inflammation and cancer growth but without the harmful sodium loads...
Patent: WO2022096637A1
2020-05-11
CN116528848A - EP4240345A1 - US2023399288A1
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The present invention relates to Lactate/Ketone body esters for preservation of vital organ function and combat inflammation, cancer growth, sarcopenia and atherosclerosis. In particular, the present invention relates to Lactate/Ketone body esters with the beneficial properties of lactate or lactate and ketone bodies such as beta-hydroxybutyrate (BHB) on vital organ function, inflammation and cancer growth...
Patent: WO2023213874A1
2022-04-15