Notes on the science of aging
Plain-language explainers on the biology of longevity, the evidence behind each pathway, and how the protocol is built.
Urolithin A: What the Clinical Research Shows
Urolithin A is one of the few longevity compounds with real human clinical data. Here is what the research shows on mitophagy, muscle, and immunity...
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Dr. Danielle Orozco Cosio has joined the TimeWarp Science Advisory Board
Dr. Danielle Orozco Cosio joins the TimeWarp Labs Scientific Advisory Board, bringing expertise across neuroscience, clinical research, healthcare ...
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NAD+ and Aging: What It Is, Why It Declines, and What You Can Do
NAD+ and aging explained: why NAD+ declines, what NMN does, NMN vs NR, and how to increase NAD+ through supplements and lifestyle.
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The Future of Longevity Science: Epigenetic Reprogramming, AI, and What Comes Next
The frontier of longevity science is moving fast: partial epigenetic reprogramming, AI-discovered compounds, and clinical-grade aging clocks. Here ...
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The Longevity Foundation: What Actually Moves the Needle Before Supplements
The return on longevity comes from lifestyle first. Exercise, sleep, nutrition, and stress management deliver most of the benefit, and the evidence...
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What Is Autophagy? Your Body's Cellular Recycling System
Autophagy is your cells' recycling system, and it slows with age. Here is how fasting, exercise, spermidine, and urolithin A support it, and how lo...
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Why Multi-Pathway Support Matters for Longevity
Aging runs through many interacting pathways at once, so single-ingredient fixes leave gaps. Here is why a protocol engineered to support multiple ...
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Dr. Vittorio Sebastiano has joined the TimeWarp Science Advisory Board
Dr. Vittorio Sebastiano, creator of the ERA epigenetic reprogramming platform and Professor at UC Irvine, joins the TimeWarp Scientific Advisory Bo...
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Bioavailability: Why Delivery Matters More Than Dose
You absorb a fraction of most supplement label doses. Here is how five bioavailability strategies, from liposomal delivery to enzyme co-administrat...
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Biological Age: What It Is, How to Measure It, and What Actually Moves It
Biological age estimates how old your body is at the molecular level, and unlike your birthday, it responds to intervention. Here is how it is meas...
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Exercise: The Most Powerful Longevity Intervention
No supplement matches what exercise does for healthy aging. Here is the dose-response for mortality, the case for combining aerobic and resistance ...
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Dr. Deepti Agarwal has Joined the TimeWarp Science Advisory Board
Dr. Deepti Agarwal has joined our Scientific Advisory Board. Triple board-certified and a precision medicine physician, she makes sure longevity pr...
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Why Longevity Science Is Still Young, and Why the Early Evidence Is So Promising
The desire to live longer is ancient. The science of actually doing it is only about 25 years old. Here is why a young field can still have strong ...
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Dr. Stefanie Morgan has joined the TimeWarp Science Advisory Board
Dr. Stefanie Morgan has joined our Scientific Advisory Board. As corresponding author of the PEARL rapamycin trial, she turns aging research into r...
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The Hallmarks of Aging: A Complete Guide
The 12 hallmarks of aging explained: what they are, how they interact, and why they are the foundation of modern longevity science.
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Dr. David Furman has joined the TimeWarp Science Advisory Board
Inflammation may be the most underrated driver of aging. Dr. David Furman built a clock to measure it. Now he is guiding the science behind Protoco...
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The TimeWarp Longevity Framework
A Simple System for Slowing Biological Aging Longevity is not about adding more supplements.It is about fixing aging in the correct order. Most l...
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