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Rapamycin extends mouse lifespan 9–14%
NAD+ precursors reverse aging in humans
Blue-light glasses improve sleep quality
Walking 10 min after meals blunts glucose
Verdict change — caffeine half-life downgraded

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How to Control Hunger, Eating & Satiety | Huberman Lab Essentials — Whalespan

Content›Video›How to Control Hunger, Eatin…

How to Control Hunger, Eating & Satiety | Huberman Lab Essentials

Andrew Huberman35m · 2025-02-27

Claims Made

57

Claims Supported

55

Support Rate

96%

Support rate

55 of 57 claims supported

55 supported2 partial / not

Claims from this content

47

✓Well SupportedYerba mate tea can stimulate GLP-1 release and act as an appetite suppressant.✓Well SupportedGut neuropod cells sensing sugar send signals via the vagus nerve to the brain, triggering dopamine release and promoting sugar cravings.✓Well SupportedPro-opiomelanocortin (POMC) neurons in the arcuate nucleus release alpha-melanocyte-stimulating hormone (α-MSH), which reduces appetite.✓Well SupportedIngesting water with electrolytes can quell hunger and is necessary for neurons to generate electrical activity.Well Supported

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A. Volkovreader

4h

Bookmarking — the dossier-vs-overview split is the right call. Most of the time I want overview; sometimes I want receipts.

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Would love a "what would change this verdict" RSS feed. Sign me up if it exists.

✓

Metformin activates AMPK by activating complex one involved in mitochondrial energy production, which lowers cellular ATP levels and triggers mitohormesis.

✓Well SupportedThe order of macronutrient consumption within a meal influences the rate of insulin and glucose secretion and their subsequent rise in blood.

✓Well SupportedThe order in which foods are eaten affects blood sugar response, with starting with sugar or carbohydrates causing an immediate glucose spike.

✓Well SupportedProlonged ketosis can adjust thyroid hormone levels and impair carbohydrate management upon reintroduction.

✓Well SupportedGhrelin acts as a hormonal clock making individuals want to eat at particular times of day, and its secretion can anticipate regular meal times.

✓Well SupportedCholecystokinin and vagus nerve stimulation can suppress appetite.

✓Well SupportedDiuretics and caffeine can deplete electrolytes, potentially causing imbalances leading to lightheadedness or brain fog.

◐Partially SupportedPerforming Zone 2 cardio for 30-60 minutes, three to four times per week, leads to stable blood sugar levels.

◐Partially SupportedMelanocyte-stimulating hormone (MSH) released from the medial pituitary reduces the desire to eat.

◐Partially SupportedThe ketogenic diet has been shown in 22 studies to decrease blood glucose by minimizing foods that spike insulin and glucose.

◐Partially SupportedHumans may be driven by an instinct to forage for essential amino acids.

◐Partially SupportedGhrelin, a hormone released from the GI tract, increases desire to eat by stimulating brain areas that promote eating and creating food anticipatory signals.

◐Partially SupportedHighly processed foods increase weight gain, disrupt gut lining and satiety signals, and interfere with hormonal and neural systems controlling appetite.

◐Partially SupportedHigh blood glucose levels can damage and kill neurons.

◐Partially SupportedParabiosis experiments indicate that blood-borne signals regulate appetite and hunger.

◐Partially SupportedCholecystokinin (CCK) is a hormone released from the GI tract that potently reduces hunger.

◐Partially SupportedIngesting proper levels of amino acids, omega-3s, and CLAs can lead to appetite suppression.

◐Partially SupportedThe ventromedial hypothalamus contains distinct neuronal populations that can either promote or inhibit feeding, leading to paradoxical effects on hunger and satiety.

◐Partially SupportedThe arcuate nucleus regulates hunger and satiety by processing signals from food appearance, smell, prior food interactions, and social context.

◐Partially SupportedEating foods in a specific order, combining macronutrients, and recent movement can significantly impact blood glucose levels and satiety.

◐Partially SupportedConsuming fibrous foods first in a meal can blunt the release of glucose.

◐Partially SupportedPhysicians in 1500 BC observed ants attracted to urine to identify high blood glucose.

◐Partially SupportedMovement before and after a meal can modulate blood glucose levels, generally dampening increases and improving regulation.

◐Partially SupportedEating carbohydrates increases blood glucose more significantly than eating fats.

◐Partially SupportedFor individuals without diabetes, managing blood glucose to maintain a euglycemic range is important.

◐Partially SupportedThe ketogenic diet has strong support for its role in regulating blood sugar.

◐Partially SupportedHighly processed foods may explain the global increase in conditions like diabetes over the last 50 years.

◐Partially SupportedYerba mate contains electrolytes and caffeine, stimulates the release of glucagon-like peptide 1 (GLP-1), and can help extend fasting windows.

✓Well SupportedGhrelin secretion is turned down by the presence of nutrients.

◐Partially SupportedMate contains electrolytes, including sodium and potassium, critical for nervous system function.

◐Partially SupportedThe healthy, euglycemic range for blood glucose is approximately 70 to 100 mg/dL.

◐Partially SupportedGLP-1 can manage leptin, glucose, and glucagon levels.

◐Partially SupportedHigh-intensity interval training (HIIT) and resistance training (weightlifting) stimulate mechanisms that promote glycogen repackaging and increase basal metabolic rate.

◐Partially SupportedOmega-3 fatty acids and CLA stimulate CCK release and blunt appetite.

◐Partially SupportedType 2 diabetes can typically be managed by weight management, prescription drugs, and supplements.

◐Partially SupportedHighly processed foods disrupt the gut-brain axis, leading to increased weight gain and impaired satiety signaling.

◐Partially SupportedGlucagon-like peptide 1 (GLP-1), released more when drinking yerba mate, can regulate blood sugar to maintain a stable glycemic state.

◐Partially SupportedThe insular cortex processes interoceptive information, including tactile input from the mouth, which influences enjoyment of food, avoidance, and decisions about continuing to eat.

◐Partially SupportedAppetite regulation involves the brain and body communicating via signals like CCK, triggered by nutrient ingestion.

◐Partially SupportedType 2 diabetes is characterized by insulin insensitivity where receptors are disrupted, paralleling some mechanisms of having no insulin.

◐Partially SupportedCCK release is stimulated by fatty acids, amino acids, and sugars.

◐Partially SupportedInsulin is necessary to shuttle glucose to tissues and keep blood glucose levels in check.

◐Partially SupportedCCK release is stimulated by specialized neurons that detect gut contents, gut mucosa, and the gut microbiome.