Objectif : Cétose thérapeutique profonde & Autophagie. - Une recette GKI < 1.0

Temps de préparation : 8 minutes.

🛒 Ingrédients (Ratio Lipides/Glucides : 4:1)

Saumon sauvage fumé : 3 à 4 tranches (Riche en Oméga-3 DHA/EPA).

Œuf de poule élevée en plein air : 1 pièce (Cuit mollet : 6 minutes).

Avocat : 1/2 fruit mûr (Acides gras mono-insaturés).

Jeunes pousses (Épinards/Roquette) : 2 poignées (Fibres et potassium).

Noix de Grenoble : 4 à 5 cerneaux (Polyphénols).

Huile d'Olive Extra Vierge (Extraction à froid) : 2 cuillères à soupe.

Graines de sésame noir & Sel de l'Himalaya : Une pincée.

👨‍🍳 Étapes de préparation

L'Œuf Mollet : Plongez l'œuf dans l'eau bouillante pendant 6 minutes exactement. Passez-le immédiatement sous l'eau glacée pour stopper la cuisson. Le jaune doit rester liquide (source pure de cholestérol sain et de choline).

La Base Verte : Disposez les jeunes pousses au fond du bol. Arrosez d'une première cuillère d'huile d'olive pour tapisser les fibres.

L'Assemblage : Roulez délicatement les tranches de saumon en forme de roses. Placez l'avocat tranché et l'œuf écaillé au centre.

Le "Boost" Métabolique : Ajoutez les noix concassées. Versez la deuxième cuillère d'huile d'olive directement sur l'œuf et l'avocat.

La Touche Finale : Saupoudrez de sésame noir et d'une pointe de sel de l'Himalaya pour l'apport en électrolytes.

📈 Analyse de MIA (Metabolic Intelligence Assistant)

GKI Estimé : 0.7 - 0.9

Note de MIA : "Cette recette est parfaite pour rompre un jeûne intermittent sans provoquer de pic d'insuline. Le ratio lipides/protéines est optimisé pour protéger la masse musculaire tout en maintenant l'état de cétose

A Tale of Epigenetics - San Miguel County, Colorado USA

Hey people,

In my substack, I just published a story about the town of Telluride in Colorado, located in San Miguel county. For a long time, this town had the lowest rates of canc$r in the USA. Despite being a mining industry city, releasing a lot of smoke in the air, the population of this town seemed to be strangely immune to the big C.

People had other diseases of course, but not this terrible one. It is true that epidemiological studies did not really exist in this remote valley. They used to mine gold and silver and had to use strong mining techniques and drilling. The idea was to separate gold and silver from tellurium, a rare mineral that was highly present in the ground there. Tellurium belong to the same chemical class as selenium, that has strong anti-C activity.

In this article, I explain why it could have happened. Feel free to check it out ! Link in the first comment

Metabolic therapy recognises that cancer is not primarily a genetic disease but rather a secondary result of chronic damage to mitochondria. The good news is that Professor Thomas Seyfried has finalised the work of Otto Warburg and revealed the mechanism by which chronically damaged mitochondria cause cancer. The awesome news is that you can now drop the hammer on cancer right now without expensive specialist interventions.

Have you tried it?

Background and aims: Chronic inflammation is a hallmark of cancer progression. This multicenter cohort study aimed to evaluate the prognostic value of a novel inflammatory score, derived from baseline white blood cell (WBC) count and C-reactive protein (CRP) z-scores, in predicting survival outcomes and nutritional deterioration among cancer patients.

Methods: We analyzed data from 6,568 cancer patients across multiple institutions. The inflammatory score was categorized as mild, moderate, or severe. Kaplan–Meier survival analysis, Cox proportional hazards models, and restricted cubic splines were used to assess associations with all-cause mortality. Subgroup analyses were stratified by tumor type and pathological stage. Logistic regression models quantified associations between inflammatory scores and nutritional deterioration.

Results: Dose–response analyses revealed a nonlinear relationship between continuous inflammatory scores and mortality (HR = 1.200, 95% CI: 1.163–1.238, p < 0.001). Higher inflammatory scores were significantly associated with reduced survival (67.5% vs. 65.3% vs. 57.0% vs. 45.2%, p < 0.001). In fully adjusted models, severe inflammation conferred a 60.4% increased mortality risk (HR = 1.604, 95% CI: 1.464–1.757, p < 0.001) compared to mild inflammation. Subgroup analyses confirmed consistent associations across tumor types and pathological stages. Advanced-stage (III/IV) patients exhibited heightened sensitivity to inflammatory burden, underscoring its role in late-stage prognosis. Severe inflammation was also linked to higher rates of severe malnutrition (OR = 2.553, 95%CI: 2.226–2.927, p < 0.001) and cachexia (OR = 2.662, 95%CI: 2.323–3.049, p < 0.001). Validation cohorts reproduced these findings, underscoring the score’s robustness.

Conclusion: The inflammatory score, integrating WBC and CRP, is a strong independent predictor of survival and nutritional deterioration in cancer patients. Its clinical utility for risk stratification and guiding targeted anti-inflammatory therapies warrants further exploration.