In this promotional presentation, the speaker explains ClearCardio’s non‑invasive “living autopsy” that uses a high‑resolution, three‑dimensional cardiac CT angiogram (CCTA) combined with advanced artificial‑intelligence analysis to detect and quantify arterial plaque long before it causes a blockage. The technology focuses on plaque type—soft, active plaque versus hard, calcified plaque—mapping its volume in each coronary vessel and comparing the patient’s results to a large population database to stage disease from zero to severe. AI processes millions of grayscale shades to reveal subtle plaque that is invisible to the naked eye, enabling early intervention and making invasive heart catheterizations largely unnecessary. The scan also captures incidental data from the lungs, aorta, esophagus, liver, and can reveal early cancers, aneurysms, or other structural issues. The speaker adds that ClearCardio integrates laboratory and genetic markers (inflammation, cholesterol particle size, ApoB, Lp, etc.) to create a “ghost of Christmas past” (existing plaque) and a “ghost of Christmas future” (risk trajectory), providing a predictive model for personalized prevention. The overall claim is that this technology shifts heart‑disease care from reactive treatment to proactive, real‑time prevention.
Chapters
When most people hear the word scan, they think it's just a picture, a snapshot, black and white, yes or no. That's not what we do here. What we do at Cleer Cardio is a living autopsy without ever breaking the skin. We use a high-resolution, 3-dimensional cardiac CT angiogram, or CCTA, combined with advanced AI to look inside your arteries in a way that until recently Was only possible after you're already gone. First, we see the plaque, not blockages. That's why most tests wait until blockage is over 70%, and by then you're already in trouble. We're not waiting for the vessel to narrow. We're looking at the vessel wall where the plaque built silently for years. We measure the type of plaque: soft or active dangerous plaque. Versus hard or calcified or old plaque. We map it, quantify it, and compare your results against tens of thousands of others. This gives us a precise stage from zero to severe, and this gives us a roadmap to stop or even reverse the disease. AI doesn't just make a great scan prettier, it unlocks data your eyes can't see, analyzing over 2,000 thousand shades of gray down to the pixel. It finds soft plaque growing outward before it ever chokes the artery. This is next-generation imaging, and it makes invasive heart catheterizations almost obsolete. The scan also gives us what I call free data. We see your lungs, your aorta, your esophagus, your liver. We've discovered early-stage cancers, aneurysms, scarring, structural issues, All by accident, because we have the full view. We don't guess, we measure. We give you your total plaque volume in millimeters, we break it down by every vessel, we break it down by soft versus hard, and then we show you how your scan compares to others your age. This isn't just an image, it is a predictive model of your future. And it's the first time in history that you can look at your arteries and say, Now I know what's really happening inside my body. Then we add the other half of the puzzle, labs. We check genetic markers, inflammation, cholesterol particle size, ApoB, Lp, and more, because plaque is fed by more than just LDL cholesterol. This gives us both ghosts, as I like to say. The Ghost of Christmas Past, the plaque that's already formed, and the Ghost of Christmas Future, The labs that tell us where you're headed. Most people feel fine until they don't. Most stress tests are normal until they're not. But plaque doesn't care how you feel, it only cares how long you wait. This scan tells the truth and gives us the chance to stop a heart attack before it ever starts. That's not just medicine, that is real prevention. I stopped doing heart catheterizations over 20 years ago because of this technology, because once I saw what was possible, there was no going back. This is not the future of heart disease prevention. This is the now, and you deserve to know what's happening inside your arteries today.
