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Eating for Better Sleep & Foods that Improve Metabolic Health | Dr. Marie-Pierre St-Onge

Huberman Lab · 8 June 2026 · 5 Egleze moments
Eating for Better Sleep & Foods that Improve Metabolic Health | Dr. Marie-Pierre St-Onge ▶

What happened in this episode?

Andrew Huberman hosted Dr. Marie-Pierre St-Onge, a professor of nutritional medicine at Columbia University, for an in-depth discussion on the bidirectional relationship between sleep and nutrition. St-Onge runs one of the few laboratories globally studying how food choices impact sleep quality and how sleep duration affects eating behavior and metabolism. The conversation opened with St-Onge's groundbreaking findings that even five nights of four-hour sleep triggers sex-specific hormonal changes: men experience elevated ghrelin driving hunger, while women show reduced GLP-1 diminishing satiety signals, with both sexes consuming 300 extra calories daily under sleep restriction. A major revelation was that six weeks of mild sleep loss, just 1.5 hours less per night, produces insulin resistance and elevated blood pressure in free-living conditions, with postmenopausal women showing worse outcomes. St-Onge detailed metabolic chamber studies proving that eating identical meals later in the day significantly reduces fat oxidation compared to earlier consumption, supporting recommendations to shift caloric intake to the first two-thirds of waking hours. The episode covered how dietary fiber increases deep sleep while saturated fat and refined carbohydrates disrupt sleep architecture, establishing direct causal links between same-day food choices and that night's sleep quality. St-Onge also discussed her research on medium-chain triglycerides showing they boost calorie burning and produce greater weight loss than olive oil, and her work on functional foods including ginger's thermogenic effects. The conversation addressed industry-funded nutrition research, with St-Onge emphasizing her laboratory's independence and the challenge of publishing null results. Huberman and St-Onge explored practical implications including optimal meal timing, the three-hour buffer before sleep, and the challenges of translating nutrition science to public health recommendations in a polarized food culture.

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Huberman Lab
Published
8 June 2026
Original episode
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5 moments from this episode

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01
Health, Longevity & Biohacking

Sleep Restriction Triggers Sex-Specific Hunger Hormones Leading to 300 Calorie Overeating

at 6:51 · Attributed speaker claim
In men specifically, we saw an increase in ghrelin in response to short sleep. So this hormone that triggers food intake. In women, we saw a reduction in GLP-1, interestingly enough, glucagon-like peptide 1. So the satiety hormone was reduced as a result of short sleep in women. And then when we measured their food intake in the lab, they ate 300 calories more in the short sleep condition than when they got their regular adequate sleep.

Columbia researcher Dr. Marie-Pierre St-Onge revealed that just five nights of four-hour sleep causes men to produce more ghrelin, the hunger hormone, while women experience reduced GLP-1, the natural satiety hormone. Both sexes consumed 300 extra calories daily under sleep restriction in controlled lab conditions. This sex-specific mechanism explains why chronic sleep loss leads to weight gain differently in men versus women.

02
Health, Longevity & Biohacking

Six Weeks of Mild Sleep Loss Triggers Insulin Resistance and Hypertension

at 21:18 · Attributed speaker claim
We saw that insulin resistance was increased after 6 weeks of sleep restriction compared to adequate sleep. We saw insulin sensitivity was reduced. It was worse actually in postmenopausal women compared to premenopausal women. We saw blood pressure was increased. So those cardiometabolic outcomes were adversely impacted in free-living, mild, sustained sleep restriction for 6 weeks.

In a free-living study where good sleepers reduced nightly sleep by just 1.5 hours for six weeks, Dr. St-Onge documented increased insulin resistance and elevated blood pressure. Postmenopausal women showed worse metabolic outcomes than premenopausal women. The study demonstrates that chronic mild sleep restriction, common in modern life, produces measurable cardiometabolic disease risk even without extreme sleep deprivation.

03
Health, Longevity & Biohacking

Fiber Increases Deep Sleep While Saturated Fat and Sugar Disrupt Sleep Architecture

at 37:57 · Attributed speaker claim
We found that higher intakes of fiber were associated with more deep sleep, higher intakes of saturated fat, less deep sleep, and then more refined carbohydrates, simple sugars, more arousals. You're not getting deep slow-wave sleep, REM sleep, as much as you would otherwise.

Analysis of controlled feeding studies showed that dietary composition directly impacts sleep quality within hours. Higher fiber intake increased slow-wave deep sleep, while saturated fat reduced it and refined carbohydrates caused more nighttime arousals. The findings establish a direct causal link between same-day food choices and that night's sleep architecture, measured by polysomnography.

04
Health, Longevity & Biohacking

Eating Later in Day Reduces Fat Burning Even With Identical Foods

at 1:11:41 · Attributed speaker claim
We had participants on a controlled diet, and they started eating 1 hour after waking up and they had a 10-hour eating window, or they started eating 5 hours after waking up. So 4-hour delay relative to the other condition. We gave our participants the exact same foods, same foods, same quantity, same timing between meals. And the meals, especially the meals later in the day that were consumed late relative to the earlier version of those meals, led to less fat oxidation.

St-Onge's metabolic chamber study found that eating the same exact meals starting at noon versus 8 AM significantly reduced fat oxidation, even with identical food content and quantities. The research demonstrates that meal timing relative to waking affects metabolism independent of caloric intake, supporting recommendations to shift caloric intake to the first two-thirds of the waking day for optimal metabolic health.

05
Health, Longevity & Biohacking

Medium Chain Triglycerides Boost Fat Burning and Weight Loss Versus Olive Oil

at 1:19:23 · Attributed speaker claim
We found an increase in thermic effect of food. So you burned slightly more calories from the meal that contained medium-chain triglycerides compared to the meal that contained your standard fat. We did find changes in body composition, improvements in weight status with medium-chain triglyceride consumption. And then we did follow-up study of a weight loss study with medium-chain triglyceride versus olive oil and found greater weight loss with MCT.

St-Onge's research on purified MCT oil showed it increases energy expenditure by 50-60 calories per meal compared to long-chain fats, with repeated consumption producing measurable fat mass reduction. A head-to-head weight loss trial found MCT superior to olive oil. The mechanism involves MCTs traveling directly to the liver for oxidation rather than peripheral fat storage.