The Bio Hacking Journal
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The Bio Hacking Journal
@BioHacknJournal
Matt | Exploring Earth's Medicine Cabinet 🌿 | Biohacking Enthusiast | Unearthing Nature's Secrets | Join My Journey to Hack Health & Happiness! #HerbalRemedies


I eat sourdough because it's a gift from God







Most people think “energy” comes from calories. That’s wrong. Energy comes from electron flow. If your mitochondria can’t move electrons efficiently, you can eat perfectly and still feel like garbage. Here’s my clean model using 3 tools: creatine, CoQ10, methylene blue. ↓ First, the engine: mitochondria. Food isn’t “energy”. Food is electrons. Those electrons have to move through the electron transport chain to become ATP. No flow = no energy. - CoQ10 sits at the center of this system. It literally shuttles electrons between complexes in the mitochondrial membrane. If CoQ10 is low, electrons back up, leak, and form free radicals. That’s fatigue + oxidative stress from the same bottleneck. - Creatine doesn’t make energy. It buffers it. It stores high-energy phosphate and rapidly regenerates ATP when demand spikes. Think: battery / capacitor, not generator. Great system. But still fragile. Here’s the part most people miss: The electron transport chain is not perfectly reliable. Complex I and III are the main sites of electron leakage and ROS production. This is where methylene blue is interesting. Methylene blue is a redox cycler. At low doses, it can accept electrons from NADH and donate them downstream (via cytochrome c). Translation: it can bypass congested or inefficient parts of the chain and keep electrons moving. Not a stimulant. A flow regulator. So the stack actually looks like this: • CoQ10 = expands normal electron transport capacity • Methylene blue = provides a bypass + reduces backup & leakage • Creatine = buffers ATP so output stays stable under load Production. Flow. Buffering. This is why fatigue is not just “low motivation” or “low calories”. It’s often electron traffic jams + poor buffering. Important reality check: Creatine and CoQ10 are well-studied and boring (in a good way). Methylene blue is hormetic. That means: • At low dose → it improves mitochondrial efficiency and electron flow • At high dose → it impairs respiration and becomes toxic Same molecule. Opposite effects. Dose is the whole game. If you want a better mental model: Creatine = battery CoQ10 = main power line Methylene blue = intelligent detour system that prevents blackouts Biohacking isn’t about “more stuff”. It’s about supporting the actual physics of how cells move electrons and store energy. Most people have never been taught this model. Once you see it, a lot of “mystery fatigue” stops being mysterious.


















