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Supplementing with omega-3 fatty acids slows biological aging. Combining omega-3s with vitamin D and exercise has an additive effect, translating to ~3 months of slowed biological aging. These were the results of the 3-year-long DO-HEALTH study, which Prof Steve Horvath believes is one of the strongest pieces of evidence...

494,966 Aufrufe • vor 3 Monaten •via X (Twitter)

30 Kommentare

Profilbild von Dr. Rhonda Patrick
Dr. Rhonda Patrickvor 3 Monaten

Full episode.

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Dee Kirk Noonanvor 3 Monaten

@prof_horvath Love this - in Ireland we have the Celtic legend of the Salmon of Knowledge - An Bradán Eolas - as kids we were always told to eat more salmon for our health and our exams - Turns out modern biohacking aligns with our grandparents' stories about cellular wisdom all along. 🐟🧬

Profilbild von Anodos Intern 🇯🇵 🔼
Anodos Intern 🇯🇵 🔼vor 3 Monaten

@prof_horvath D3 + K2 MK7

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The Independentvor 3 Monaten

@prof_horvath My only question is WTF is that candle? 🕯️ You see what I’m talking about, right?

Profilbild von Doc_Fargo
Doc_Fargovor 3 Monaten

@prof_horvath Most people are looking for the thing that reverses aging. The body is usually looking for the things that stopped accelerating it. Movement. Sleep. Sunlight. Nutrition. Simple doesn’t mean weak.

Profilbild von Aleks
Aleksvor 3 Monaten

@prof_horvath 3 month per…? Per year? Lifetime?

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Dr. Geevor 3 Monaten

@prof_horvath DO-HEALTH's underrated arm: that same omega-3 dose cut invasive cancer ~13% and falls over 3yr — hard endpoints, not just epigenetic-clock deltas. Clocks are surrogates; baseline omega-3 index likely sets the responder ceiling.

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Josh Freeholdvor 3 Monaten

@prof_horvath EPA and DHA incorporate into membrane phospholipids, reducing oxidative damage to lipid bilayers. Horvath clock slowing may reflect lower NF-κB-driven inflammatory methylation. Vitamin D acts via VDR/RXRA across ~2,700 genomic binding sites — a separate mechanism, not redundant.

Profilbild von QuietBiology
QuietBiologyvor 3 Monaten

The strength here: it's an RCT, and the effects are additive — omega-3, vitamin D and exercise pull the same way on PhenoAge. Three cheap, deficiency-correcting moves stacking up is a quietly powerful idea. Honestly though — post hoc, small effect (~3 months over 3 years), and it's clock movement, not proven lifespan. A real signal worth stating gently. Additivity is the part worth building on.

Profilbild von RxOfLife💉
RxOfLife💉vor 3 Monaten

@prof_horvath Great reminder 👏 Omega-3 (1g/day) slowed epigenetic aging in older adults (~3 months benefit over 3 years), with extra gains when combined with vitamin D + simple exercise. Simple, low-cost interventions that work. (Always talk to your doctor before starting supplements.)

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Enhanced Guides | Research & Biohackingvor 3 Monaten

@prof_horvath The deficiency correction angle is what makes this compelling — omega-3 and D aren't exotic interventions, but most people are genuinely low. Hard to separate "supplementation works" from "fixing a deficit works."

Profilbild von Fabian
Fabianvor 3 Monaten

@prof_horvath @DionneEline

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Nwosa Funkevor 3 Monaten

@prof_horvath I think owing to their anti oxidant effects Amazing indeed

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Azat Ogulmusvor 3 Monaten

@prof_horvath 🐠

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The Hidden Truthvor 3 Monaten

How many supplements have claimed to slow aging in the last decade. The framing is always the same. Take this product to fix what is broken. That is pharmaceutical thinking with better marketing. Your body does not age rapidly because it lacks a capsule. It ages rapidly because the terrain is poisoned. Seed oils oxidizing in your cells, processed food stripping nutrients, no sunlight. Raw animal fat already contains omega-3s in the form your body actually recognizes. You do not need a study and a supplement. You need to stop eating poison and start eating food.

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Carlos Vernevor 3 Monaten

@prof_horvath I love Omega 3 supplementation and I think it is one of those cheap, almost universally effective interventions most folks should be doing. This study doesn't seem amazing, though. It is a small effect on some aging clocks, which are some of the most imperfect tools in science.

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Bioticavor 3 Monaten

@prof_horvath The exercise pairing is the part most people skip. Omega-3s plus strength work seem to do more together than either alone, and the studies showing the biggest effect on aging almost always have movement in the mix. Supplementation on its own rarely carries it.

Profilbild von Tim C
Tim Cvor 3 Monaten

@prof_horvath I wish I could take it. Omega 3 spikes my blood pressure when I take it

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HonestStacksvor 3 Monaten

@prof_horvath Studies like this are a good reminder that health doesn't always require complicated protocols. Sometimes the highest ROI interventions are also the simplest.

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Amy's Purefoods Globalvor 3 Monaten

@prof_horvath Interesting

Profilbild von Sandy
Sandyvor 3 Monaten

@prof_horvath How about just eating salmon and tuna. Forget the stupid supplements.

Profilbild von Adidust.eth 🦇🔊
Adidust.eth 🦇🔊vor 3 Monaten

@prof_horvath Doing it everyday

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Guilherme Lagevor 3 Monaten

@prof_horvath This only works with Omega 3 triglyceride right?

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CoinControversyvor 3 Monaten

@prof_horvath it failed in the ITP it's not an anti-aging compound

Profilbild von UN-NUMB YOUR MIND: BREAK THE VOID
UN-NUMB YOUR MIND: BREAK THE VOIDvor 3 Monaten

@prof_horvath Apathy happens when your brain is forced into survival mode for too long. You can't think your way out of a depleted state. You have to start with simple biological syncing to quiet the internal alarm first.

Profilbild von Geraldo Pena
Geraldo Penavor 3 Monaten

@prof_horvath Wow 😮

Profilbild von XRPLoaded113589🏴‍☠️🪝
XRPLoaded113589🏴‍☠️🪝vor 3 Monaten

@prof_horvath Eat tuna

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JohnMichaelsvor 3 Monaten

@prof_horvath when i supplement with vitamin D3 it disrupts my sleep so much, really hard to sacrifice good sleep for a supplement.

Profilbild von Little Way Health Coach
Little Way Health Coachvor 3 Monaten

@prof_horvath Get out of mold exposure its gonna age you more than anything else

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pig_wrestlervor 3 Monaten

@prof_horvath

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New episode with Dr. Steve Horvath (Prof Steve Horvath), a pioneer in the field of epigenetic aging clocks. Steve developed the original Horvath clock, one of the first tools to show that DNA methylation carries a remarkably reliable signal of aging across human tissues. In this episode, he explains what biological clocks actually measure, why different clocks can disagree, and how to interpret a biological-age result without treating it like a literal lifespan forecast. We talk about chronological age vs. biological age, and we also get into the intervention evidence on exercise and VO2 max, calorie restriction, omega-3s, vitamin D, multivitamins, and weight loss/GLP-1 therapy, among other topics! The big theme is that biological clocks can be useful dashboards, but they are not diagnoses, fortune-telling tools, or proof that one supplement has reversed aging. This was Steve's second appearance on the podcast and he did not disappoint. You won't want to miss this episode. Links to the episode on all platforms in the comments below. Timestamps: 0:00 - Introduction 1:59 - Biological vs. chronological age 7:33 - Why one clock isn't enough 13:16 - PhenoAge vs. GrimAge 15:21 - GrimAge & mortality risk 19:04 - Epigenome as stress memory 23:02 - Can stress be inherited? 25:06 - Why clocks fail in sperm 26:30 - Can lifestyle reverse GrimAge? 28:18 - DunedinPACE as an odometer 32:20 - Judging longevity interventions 34:41 - Clocks as mortality surrogates 38:28 - Most validated interventions 41:25 - 5 years younger in 7 months? 45:43 - Can GrimAge predict death? 47:30 - Translating GrimAge to lifespan 52:16 - Blind spots of aging clocks 58:20 - More than inflammation 1:00:56 - Young blood, transient effects 1:04:46 - Calorie restriction 1:08:54 - GLP-1 drugs & weight loss 1:12:24 - Can a multivitamin slow aging? 1:21:05 - Omega-3, vitamin D, & exercise 1:28:55 - Removing an aging accelerator 1:31:24 - Vegetables vs. exercise 1:36:58 - Does red meat age you? 1:38:38 - Hard training moves the clock 1:45:59 - Heat as an exercise mimetic 1:47:23 - When cold slows the clock 1:49:48 - Does poor sleep speed aging? 1:51:19 - Can friendship slow aging? 1:57:49 - Are consumer tests worth it? 2:02:46 - Choosing a reliable test 2:07:33 - Different clocks, different lenses 2:12:21 - Can AI build better clocks? 2:13:53 - Partial reprogramming 2:17:47 - What reprogramming can't fix 2:22:37 - Do DNA mutations drive aging? 2:24:53 - The silver bullet problem 2:29:23 - Limits of polygenic risk 2:33:32 - Steve's longevity routine 2:38:05 - How stress affects aging

Dr. Rhonda Patrick

87,613 Aufrufe • vor 3 Monaten

There is now converging evidence in animals and humans that omega-3 fatty acids are at the least anti-catabolic and, likely, anabolic. They seem to do this by shifting the balance away from breakdown and more towards muscle building, particularly in the context of anabolic resistance. Animal studies show omega-3 fatty acids augment muscle development: Steers fed omega-3s showed improved amino acid efficiency and activated pathways involved in muscle growth. Similarly, pigs given a high omega-3 diet exhibited larger muscles and markers of improved amino acid absorption and use. But more importantly, we have human evidence: • In one study, young women taking 5 grams of omega-3s per day cut their muscle loss almost in half and increased muscle protein synthesis after two weeks of leg immobilization. • In another study, older adults consuming 3.36 grams of omega-3s daily for two months had an increase in muscle protein synthesis in the presence of amino acids and insulin. • Yet another study found that healthy older adults taking 4 grams of omega-3s daily for half a year increased various measures of muscle size and strength. • Still another study, older adults who consumed 4 grams of krill oil daily for six months improved knee strength, grip strength, thigh muscle thickness, and measures of muscle nerve response. There are still open questions. For example, a consistent theme is that many of the studies are high dose at 4 and 5 grams per day - does that imply that these effects in muscle only happen at high dosages? Another question we might ask is, in what context is omega-3 more anabolic - for example, in old age? During immobilization? When protein intake is sub-optimal for muscle building? (It often is for many of us.) Listen to my recent podcast guest Dr. Chris McGlory for more discussion of this fascinating new emerging field. Show notes and transcript for this episode here:

Dr. Rhonda Patrick

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