What is Mitochondrial Cuisine?

A culinary doctrine and treatise by chef Luke Wu, organised around the principle that food is information the body's energy systems read. It is a way of cooking and sourcing, not a therapy. Nothing in it treats, cures or prevents any disease.

Luke Wu, a chef and agriculturalist with twenty-three years across professional kitchens and controlled-environment agriculture.

How many Michelin stars does the author have?

Stars belong to restaurants, not to people. Two separate records exist and are never combined: Luke Wu worked the line alongside thirteen mentor chefs holding 51 Michelin stars between them, and separately grew produce for kitchens holding 60 stars across 35 starred restaurants. Several restaurants appear in both, so the two figures cannot be added.

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TESTABLE HYPOTHESES & RESEARCH AGENDA

What would prove it wrong

A discipline that wants to be taken seriously must state what would prove it wrong. Each hypothesis is framed to be testable with existing methods. Every one concerns food chemistry or short-term biological markers — never disease outcomes — and each is an open invitation to collaboration.

Composed signaling is measurable

A single course composed for hormetic signaling produces detectable acute changes in relevant biomarkers (e.g., transient markers of Nrf2-pathway activation) relative to a calorie- and macronutrient-matched control course.

Test. Crossover feeding study with pre/post biomarker sampling.

Precursor sourcing raises metabolite output in producers

Menus emphasizing ellagitannin-rich elements increase urolithin A production in participants of producer metabotype and negligibly in non-producers.[Andreux 2019]

Test. Controlled dietary exposure with urinary/plasma metabolite quantification and metabotype stratification.

Freshness raises bioactive dose

Hyper-fresh, harvested-to-order high-phytochemical produce delivers measurably higher bioactive content at service than conventionally supplied equivalents.

Test. Analytical chemistry of matched cultivars across supply timelines.

Fermentation biosynthesizes signal

Defined fermentation and aging protocols increase measurable content of target compounds (e.g., spermidine, polyphenol metabolites) relative to their unfermented state.[Eisenberg 2016]

Test. Longitudinal compositional assay across fermentation time.

Technique preserves or destroys the signal

A cut-rest-then-gentle-cook protocol preserves more sulforaphane in a finished brassica dish than a boil-from-cold protocol.[Lettieri-Barbato 2019]

Test. Paired preparation with quantification of the finished dish.

Substrate context shifts the postprandial response

A temporally structured, lower-glycemic sequence yields a different postprandial metabolic profile (e.g., glycemic and lipemic response, and circulating BHB) than the identical dishes served in a monotone order.[Shimazu 2013]

Test. Within-subject crossover with continuous metabolic monitoring.

None of these, if confirmed, would license a health claim; each concerns a mechanism or a food-chemistry fact. The agenda is designed to make the cuisine falsifiable at the level where it actually operates — and to keep it there.

AN OPEN LABORATORY

The work ahead

This founding edition is a beginning: a theory to be refined, a practice to be built, and an invitation to the laboratory and the kitchen to meet with rigor and without hype. Dishes to be cooked, hypotheses to be tested, principles to be revised in public as the evidence lands. Laboratories, chefs, and collaborators willing to measure food and biomarkers honestly are invited to write.

Propose a collaboration

·No dish, ingredient, technique, fuel state, or dietary pattern described in this work treats, cures, or prevents any disease. The peer-reviewed science is cited to the researchers who produced it; the culinary theory, the design principles, and the honest line are the founder's.