PEP glycolytic metabolite suppresses cGAS-STING aging inflammation | Healthcare Discovery
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The Aging Body’s Hidden Brake: Scientists Discover a Glycolytic Metabolite That Suppresses Chronic Inflammation

A landmark 2026 study in Nature Aging reveals that phosphoenolpyruvate (PEP), a glycolytic metabolite, acts as a natural brake on the cGAS-STING inflammatory pathway. As PEP levels decline with age, chronic inflammaging accelerates — and restoring PEP in animal models delays aging phenotypes and improves cognition.

Microscopic view of cells representing cellular senescence research and senolytic therapy for aging
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Senolytic CAR-T Cells: How Cancer Immunotherapy Is Being Reengineered to Clear Aging Cells

First-generation senolytics like dasatinib plus quercetin showed only subtle effects in human trials. A new generation of senolytic CAR-T cells borrows cancer immunotherapy and retrains it to hunt senescent cells. Here is what the 2026 research reveals about the next frontier of cellular longevity medicine.

PEP glycolytic metabolite suppresses cGAS-STING aging inflammation | Healthcare Discovery
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Aging Is a Communication Failure: The New Science Redefining Longevity Medicine

At the 2nd World Congress on Targeting Longevity in Berlin, researchers are proposing a paradigm shift: aging is not a collection of molecular defects to be fixed, but a progressive failure of biological communication between mitochondria, the microbiome, immunity, and metabolism. Here is what the science shows and what it means for how you age.

Age reversal and epigenetic longevity research | Healthcare Discovery
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The First Human Epigenetic Reprogramming Trial Has Begun: Inside ER-100 and What It Means for the Future of Aging Medicine

For the first time in history, a therapy designed to reverse the cellular age of human tissue is being tested in living patients. Here is what the science actually shows, and why the implications extend far beyond the eye. In January 2026, the U.S. Food and Drug Administration cleared Life Biosciences to begin the world’s…

GLP-1 drugs longevity medicine and brain neuroprotection research | Healthcare Discovery
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The NAD+ Renaissance: How a Cellular Fuel Molecule Is Rewriting the Science of Brain Aging, Sleep, and Neurodegeneration

A landmark Nature Aging expert review by 25 scientists, a Science Advances study showing NAD+ reverses Alzheimer’s memory deficits through RNA splicing, and the first human evidence that oral NAD+ precursors reach the brain are converging into one of the most promising cellular health stories of 2026. Here is what the research means for cognitive aging, sleep, and your healthspan.

A runner demonstrating cardiorespiratory fitness, the strongest predictor of longevity according to research spanning 3.8 million people
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Zone 2 Training Is the Longevity Exercise Most People Skip: What Mitochondrial Science Reveals About the Intensity Sweet Spot That Protects Your Heart, Brain, and Metabolic Health

New research from 2025 and 2026 confirms that zone 2 training, the low intensity aerobic exercise most people skip, is the single most effective way to build mitochondrial density, improve fat oxidation, protect cardiovascular health, and extend lifespan. Studies in Cell Metabolism, the British Journal of Sports Medicine, and Mayo Clinic Proceedings reveal why training at the top of your fat burning zone triggers biological adaptations that no amount of high intensity work can replicate.

PEP glycolytic metabolite suppresses cGAS-STING aging inflammation | Healthcare Discovery
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The U.S. Government Just Made Its Biggest Bet on Healthy Aging: Inside ARPA-H’s $144 Million PROSPR Program

ARPA-H’s $144 million PROSPR program is testing rapamycin, semaglutide, and dapagliflozin in 726 healthy older adults, funding a first-in-humans trial of a retrotransposon-silencing HIV drug, and building a validated biological healthspan score. It is the largest federal commitment to extending human healthspan ever assembled.

Abstract 3D visualization of a digital brain and neural network representing AI-driven longevity medicine breakthroughs in heart disease, drug discovery, and Alzheimer's research
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Smart Money Is Rotating Into Healthcare AI: What ARK Invest’s $87M Big Tech Selloff Signals for Precision Medicine

ARK Invest dumped $87 million in Nvidia and Meta last week and redirected capital into Tempus AI, GeneDx Holdings, CRISPR Therapeutics, and other healthcare AI and genomics companies. The signal is clear: the smartest capital allocators believe precision medicine is where AI delivers its greatest value.

DNA genomics and precision medicine concept representing polygenic risk scores for cardiovascular disease prevention
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Your DNA Can Now Predict a Heart Attack Decades Before It Happens: How Polygenic Risk Scores Are Rewriting Cardiovascular Prevention

The 2026 ACC/AHA guidelines formally recognize polygenic risk scores as a cardiovascular risk-enhancing factor for the first time. With a multi-ancestry PRS validated across 190,000 participants and the eMERGE Network returning genome-informed risk to 25,000 patients, precision cardiovascular medicine is moving from research labs into clinical practice, reclassifying 20 percent of borderline-risk patients and identifying hidden coronary plaque in seemingly healthy individuals.