4.6 β’ 1.5K Ratings
ποΈ 19 November 2025
β±οΈ 8 minutes
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| 0:00.0 | Are you unknowingly priming your blood to clot every day through tiny leaks from your gut that slip bacterial toxins into your bloodstream? |
| 0:08.5 | Welcome to Dr. Mercola's cellular wisdom. Stay informed with quick, easy-to-listen summaries of our latest articles, perfect for when you're on the go. No reading required. |
| 0:18.1 | Subscribe for free at Mercola.com for the latest health insights. |
| 0:22.4 | Hello and welcome to Dr. Mercola's cellular wisdom. Today we're examining how |
| 0:27.3 | endotoxin, lipopoly saccharide, or LPS, can trigger the same clotting cascades seen in sepsis, |
| 0:35.4 | and why this helps explain strokes and heart attacks |
| 0:37.9 | and people with normal test results. I'm Ethan Foster, and will keep this direct and practical. |
| 0:43.6 | I'm Alara Skye. You'll hear how researchers traced LPS from gut bacteria to rapid coagulation, |
| 0:51.7 | how everyday habits make exposure common, and which simple steps, limited to what |
| 0:56.2 | the article states, can help you lower your load and keep blood flowing smoothly. |
| 1:01.3 | Let's set the scene. Blood clots should seal wounds, not block oxygen to your brain or heart. |
| 1:07.4 | Yet clots increasingly appear in people without classic risk factors. |
| 1:11.5 | The emerging driver is endotoxin crossing a weakened gut barrier, entering your circulation, |
| 1:17.5 | and switching on clotting and inflammatory pathways long before symptoms appear. |
| 1:22.2 | The mechanistic evidence is clear. |
| 1:25.0 | A journal of biological chemistry study showed that LPS from bacteria, such as |
| 1:30.0 | E. coli, directly activates clotting proteins, triggering clot formation, even without injury. |
| 1:38.1 | One E. coli type was especially potent, kicking off a chain reaction that mirrors sepsis, |
| 1:43.9 | fast, coordinated, and dangerous when it happens inside healthy vessels. |
| 1:48.0 | The structure of LPS matters. |
| 1:51.0 | When LPS molecules cluster into small aggregates, they create highly effective docking sites for clotting proteins. |
| 1:58.0 | Single, isolated molecules do far less. That's why tiny amounts of |
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