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Episode
Just 1 Glass Before Breakfast is Better Than Ozempic for Stopping Cravings
~38 min
Episode Brief·YouTube

Just 1 Glass Before Breakfast is Better Than Ozempic for Stopping Cravings

Thomas DeLauer
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TL;DR

The four things you'd lose by not watching

4 items

TL;DR

The four things you'd lose by not watching

4 items
1

Drinking 5-10 grams of allulose (a rare sugar) mixed with water and lemon juice before breakfast can crush appetite by 30-50% through multiple pathways, rivaling GLP-1 agonists like Ozempic.

2

Allulose suppresses the hunger hormone ghrelin by ~30% and reduces activity of appetite-driving NPY neurons in the hypothalamus by 37%, while simultaneously boosting GLP-1.

3

Adding lemon (or vinegar) activates TRPV1 receptors, triggering a metabolic and appetite-suppressing effect similar to mustard, and apple cider vinegar further enhances AMPK signaling for fat utilization.

4

Avoid sucralose and other artificial sweeteners — a recent Nature Metabolism study shows sucralose can increase hypothalamic blood flow and hunger, making you eat more than sugar.

Protocols

Concrete recipes — what, when, how much, and why

1 item

Morning Allulose Appetite-Suppressing Drink

WhatMix 5-10 grams of allulose powder with the juice of half a lemon in a glass of water. Optionally add 1-2 tablespoons of apple cider vinegar and/or 1-2 grams of glucomannan fiber.
WhenBefore breakfast, on an empty stomach.
Dose5-10 grams allulose, juice of ½ lemon, optional 1-2 tbsp apple cider vinegar, optional 1-2 g glucomannan (or 1 serving per label).
For whomAnyone seeking to reduce caloric intake and cravings, especially those struggling with portion control, emotional eating, or as a natural alternative to GLP-1 agonists. Caveats: not studied in pregnancy; people with sensitive stomachs may need to test vinegar tolerance.
WhyCreates a multi-hit appetite suppression: allulose reduces ghrelin and NPY neurons, boosts GLP-1; lemon/vinegar activates TRPV1; vinegar also increases AMPK; glucomannan forms a gel barrier in the gut to sustain GLP-1 release.
CaveatsStart with the lower end of allulose (5g) to assess digestive tolerance. Apple cider vinegar may erode tooth enamel; consider drinking with a straw. Glucomannan requires adequate water to prevent choking. Not a meal replacement; pair with balanced nutrition.

Thomas DeLauer builds a comprehensive case for this drink as a natural 'ozempic in a glass.' He starts by distinguishing allulose from artificial sweeteners, citing the sucralose study that shows artificial sweeteners can worsen hunger. Then he walks through the science: allulose is a rare sugar that behaves unlike sucralose, directly taming the hypothalamic hunger switches. Lemon juice is not just flavor; it taps into the TRPV1 pathway, adding an immediate appetite-killing edge. Apple cider vinegar, which DeLauer has advocated for a decade, brings AMPK activation and fat-burning readiness, which he argues further normalizes leptin and reduces hunger. Finally, he adds glucomannan as an optional turbo-charger, noting a British Journal of Nutrition study showing up to a 47% decrease in subsequent calorie intake from a pure glucomannan gel. Together, these ingredients target hunger from brain, gut, and metabolic angles, offering a practical, low-cost morning ritual that may rival pharmaceutical appetite suppressants.

Mechanism

Allulose: rare sugar that suppresses ghrelin secretion (~30% reduction) and dims neuropeptide Y neuron firing in the ARC nucleus of the hypothalamus (37% reduction) via direct and indirect vagal-to-hypothalamus signaling. It also triggers L-cell GLP-1 release on par with high-fat meals. Lemon/vinegar: TRPV1 activation signals a 'chemical irritant' response, which acutely increases metabolic rate and sends satiety cues by engaging sympathetic tone. Apple cider vinegar additionally upregulates AMPK, shifting the body toward fat oxidation and reducing hunger signals. Glucomannan: soluble fiber that forms a viscous gel in the gut, slowing gastric emptying and prolonging GLP-1 secretion, which further reduces appetite in a dose-dependent manner.

Personal experience

DeLauer says he still drinks apple cider vinegar regularly and has done so for 10 years. He also mentions noticing a dramatic improvement in mental clarity and sleep quality after taking the time-release multivitamin, but does not explicitly say he uses this exact allulose drink daily; he presents it as a protocol he has researched and strongly endorses.

take a glass of water, take 5 to 10 grams of alulose... you put the juice of about a half of a lemon in there... Good old-fashioned apple cider vinegar... You could add glucomannan fiber.

Also said
“Out of all like the natural foods that can stimulate GLP-1, alulose is probably the most potent.”— Emphasizes why allulose is the core of the protocol, not just one option among many.
“There was a 47% decrease in appetite and calories consumed with the 100% gluccomann gel... clearly in a dose dependent fashion.”— Provides quantitative backing for the optional glucomannan add-in.

What's new

Personal practice updates, fresh positions, predictions

3 items

allulose directly modulates hypothalamic appetite centers

Allulose reduces ghrelin by 30% and NPY neuron activity by 37% in the ARC region of the hypothalamus, and even direct brain injection stops appetite in rodents.

Why this matters: Previous discussions focused on allulose's metabolic effects; this reveals a direct brain-level mechanism that makes it a potent appetite suppressant comparable to pharmaceuticals.

Background

Earlier work on rare sugars highlighted blood glucose benefits, but specific neuronal appetite regulation wasn't detailed.

DeLauer cites a Nutrients study demonstrating that allulose consumed orally impacts the ARC (arcuate nucleus) of the hypothalamus — the master regulator of hunger. Not only does it lower ghrelin, but it also reduces neuropeptide Y (NPY) neuron firing by 37%, directly attenuating the drive to eat. A second arm of the same study injected allulose into the brain of rodents, which completely halted appetite, underscoring a local brain effect independent of digestion. This positions allulose as uniquely able to curb hunger at both gut and brain levels, a dual action that most natural appetite suppressants lack.

alulose actually suppressed ghrelin production by almost 30%... a 37% reduction in these NPY neurons activity after allulose consumption.

Also said
“they actually took rodents and directly injected alulose into the brain and it completely stopped their appetite.”— Shows the brain-specific action is so strong that bypassing digestion still kills appetite.

sucralose increases hunger via hypothalamus

A Nature Metabolism RCT found that sucralose-sweetened beverages increased hypothalamic blood flow and triggered stronger hunger than sucrose, indicting artificial sweeteners may sabotage appetite control.

Why this matters: This challenges the conventional use of zero-calorie sweeteners for weight management, showing they can actively make you hungrier.

Background

Artificial sweeteners were long marketed as appetite-neutral or helpful, but emerging brain-imaging data now suggests they disrupt hypothalamic appetite regulation.

DeLauer describes a new randomized controlled trial that compared sucralose, sucrose (equally sweet), and a control beverage. The sucralose group showed increased blood flow to the hypothalamus and heightened hunger responses, actually outperforming sugar in driving appetite. He uses this to distinguish allulose as a rare sugar that has the opposite effect — suppressing, not stimulating, the same brain region — and warns that many 'diet' drinks may be counterproductive for anyone trying to curb cravings.

the sucralose increased blood flow to the brain to the hypothalamus and actually triggered a stronger hunger response than the sucrose itself.

Also said
“we're literally seeing that sucralose might actually make you eat more than just straight up sugar.”— Cuts through industry messaging and makes the counterproductive effect starkly clear.

lemon juice and TRPV1 receptor activation suppress appetite

Tangy/spicy compounds like lemon, vinegar, and mustard activate TRPV1 receptors, which mimic a 'chemical irritant' effect, temporarily raising metabolic rate and crushing appetite.

Why this matters: This provides a simple, accessible mechanism for why bodybuilders historically used mustard or lemon to control hunger, now backed by receptor biology.

Background

While anecdotal use of mustard and vinegar is common, linking it to TRPV1 gives a concrete molecular basis for acute appetite suppression.

DeLauer explains that TRPV1 is a receptor that responds to capsaicin-like pungency and acidic tang. When activated, it signals a mild stress/irritant response that ramps up energy expenditure and simultaneously blunts hunger. He notes this is why mustard has been a staple among bodybuilders on lean deli meat — it cuts appetite. Lemon juice and apple cider vinegar trigger the same pathway, making them synergistic with allulose in the morning drink.

Personal experience

Speaker says he has personally used apple cider vinegar for 10 years and still does because of its beneficial effects on AMPK and fat utilization.

things like mustard, things like vinegar, things like lemon, they can activate this TRP1 receptor... it not only increases metabolic rate temporarily, it also crushes the appetite.

Also said
“it's why bodybuilders for so long would put like mustard on their deli meat... they put mustard on food to try to crush the appetite.”— Confirms real-world adoption and provides practical context for the TRPV1 claim.

Recommendations

Products, supplements, and tools mentioned in the episode

3 items

Allulose (rare sugar)

Supplement

The host presents allulose as the key appetite-suppressing compound. It is a naturally occurring rare sugar, not an artificial sweetener, with about 70% the sweetness of sugar.

Allulose is singled out because of its unique ability to reduce hunger at the brain level (hypothalamus, ghrelin, NPY neurons) and simultaneously increase GLP-1 from the gut. DeLauer notes it also helps modulate glucose absorption by occupying fructose receptors, but his focus here is appetite suppression. He advises choosing a clean source and suggests 5-10g as the effective range, citing studies that show significant effects at just 5g.

vs alternatives

Unlike sucralose or stevia, allulose does not create a hyper-sweet signal and does not increase hunger — evidence shows allulose has the opposite effect on the hypothalamus. It is also more potent at GLP-1 stimulation than common fibers when matched for dose.

alulose is something that is a sugar already... it's not hyper sweet... allulose is having an effect at a very local level in the brain.

Also said
“There have been studies that demonstrate that 5 g of alulose can have a tremendous impact on appetite.”— Provides the lower end of the effective dose, reinforcing minimal needed amount.
Find Allulose

Apple Cider Vinegar

Supplement

Added optionally to the morning drink for its AMPK-activating and TRPV1-mediated appetite-suppressing effects. DeLauer has recommended it for over a decade.

Apple cider vinegar (ACV) works via two pathways in this protocol: its acetic acid provides a tangy TRPV1 stimulus that acutely blunts hunger, and it activates AMPK, an energy-sensing enzyme that encourages the body to burn fat for fuel. DeLauer argues that when the body uses stored fat, it sends satiety signals that balance leptin and reduce hunger drive, synergizing with allulose's ghrelin suppression. He recommends 1-2 tablespoons diluted in the drink.

vs alternatives

Compared to isolated AMPK supplements (e.g., berberine), ACV is inexpensive, widely available, and adds the TRPV1 component that purely metabolic agents lack.

Personal experience

DeLauer states, 'I still use apple cider vinegar because it has an effect metabolically where it increases AMPK. So yes, I still do it.' He has been using it for 10 years.

insert good old-fashioned apple cider vinegar. Yes, I've been talking about that for 10 years, and yes, I still do it.

Also said
“it basically makes it so that your body thinks it's in more of a deficit... when your body is using fat as a fuel source, a lot of times you're more satiated.”— Explains the link between ACV's metabolic effects and appetite suppression.
Find Apple

Glucomannan fiber (konjac root)

Supplement

An optional fiber added to the morning drink to magnify appetite suppression by forming a viscous gel in the gut and prolonging GLP-1 release.

Citing a British Journal of Nutrition study, DeLauer notes that a 100% glucomannan gel reduced subsequent calorie intake by 47% compared to regular noodles, with a 23% reduction from a 50% gel. The mechanism is physical: it coats the intestinal lining, slowing digestion and triggering L-cells to secrete GLP-1 for an extended period. This creates prolonged satiety, complementing allulose's acute brain effects. He mentions it can be sourced from shirataki noodles or as a standalone powder.

vs alternatives

Compared to other soluble fibers like psyllium husk, glucomannan forms a much more viscous gel and has steeper dose-dependent appetite suppression in studies, but psyllium is gentler on the stomach for some individuals.

There was a 47% decrease in appetite and calories consumed with the 100% glucamann and gel... It's a great way to just completely abolish your appetite.

Also said
“it coats your intestines with like a gel for a period of time to where GLP1 is being released and you are just plain satiated.”— Describes the physical mechanism, distinct from allulose's brain signaling.
Find Glucomannan
Disclosed sponsorships1speaker disclosed

Time-release multivitamin (sponsor)

Supplement Sponsored · disclosed

A multi-stage delivery multivitamin with separate morning and evening stacks. The morning stack uses different colored microbeads that dissolve at varying rates so that nutrients that compete for absorption (e.g., calcium and others) are released at staggered times, improving utilization.

DisclosureLink in description provides a special discount plus a free gift, indicating a paid sponsorship. DeLauer personally uses it and credits it with marked improvements in mental clarity and sleep.

DeLauer highlights that most multivitamins are poorly absorbed because competing minerals and vitamins are dumped together. This product uses staged-release technology to avoid competition. He has been taking it for about a month and reports it 'was like someone turned the lights on,' noting sharper cognition, improved sleep quality, and a sense of calm in the evening. The product also has an evening stack (details not fully described), which he says enhances sleep and relaxation.

vs alternatives

Contrasts with conventional one-pill multivitamins where 'most of the time it's just going out the window, you're not getting it.' The time-release delivery is positioned as a superior solution to nutrient absorption competition.

Personal experience

DeLauer shares, 'I have felt immediately. I've only been taking it for about a month and it was like someone turned the lights on. I thought I was mentally sharp and feeling good... you will notice a difference particularly with your sleep and just how calm you feel in the evening.'

the coolest timerelease multivitamin setup I've ever seen in my life... they have a morning stack and an evening stack... different colors, different stages, and different absorption.

Also said
“Talk about a really interesting technology because when it comes to nutrient utilization with a multivitamin, most of the time it's just going out the window.”— Highlights the perceived problem that the product solves, reinforcing the value proposition.
Find Time-release

Notable quotes

Lines worth pulling out — contrarian, specific, or perfectly phrased

5 items
We're talking legit maybe 30 to 50% less caloric intake after drinking this.
Quantifies the expected appetite suppression, framing it as highly effective and actionable.
alulose actually suppressed grein production by almost 30%... a 37% reduction in these NPY neurons activity after alulose consumption.
Cites specific percentage reductions in key hunger drivers, giving scientific weight to the claim.
sucralose might actually make you eat more than just straight up sugar.
A counterintuitive, attention-grabbing statement that flips the usual 'diet' sweetener narrative.
Out of all like the natural foods that can stimulate GLP-1, alulose is probably the most potent.
Positions allulose as superior to fiber, fat, and other natural GLP-1 triggers, making the case for its unique role.
This is kind of like a as close as you're going to get to a Ozempic in a glass realistically in terms of curbing your appetite.
Boldly equates a natural drink to a blockbuster pharmaceutical GLP-1 agonist, capturing the video's central promise.

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Topics covered

alluloseappetite-suppressionhypothalamusghrelinnpy-neuronsglp-1sucraloseartificial-sweetenersrare-sugartrpv1-receptorlemon-juiceapple-cider-vinegarampkglucomannanfibercalorie-reductiontime-release-multivitaminnutrient-absorptionvagal-nervehunger-hormones
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