02/10/2026
As you know, we place a lot of emphasis on optimizing mitochondrial function through NAD+ treatments, methylene blue, and directed mitochondrial nutrients. New research has illuminated a bigger picture of what those mitochondria are actually doing.
They are not locked inside the cell.
They move.
Blood from healthy people carries cell-free mitochondria. Not just fragments. Structures with a double membrane, their own DNA, and enough of a membrane potential to keep respiring. Estimates from that work run from hundreds of thousands to a few million per milliliter of plasma. Platelets, endothelium, and other cells release them. Some travel free. Some ride in vesicles. Some cross through tunneling nanotubes, cell to cell.
A recipient cell can take one up. Injured cells sometimes recover respiration that way. Damaged ones can also trip inflammation, because mitochondrial DNA still looks bacterial to the immune system. Same organelle, two messages: repair, or alarm.
Fascia is the other half of the conversation.
It is one continuous web around muscle, nerve, vessel, and organ. Load it rhythmically and the signal does not stop at the collagen. Integrins carry the stretch inside the cell. Piezo channels open. A pulse of calcium hits the mitochondria and speeds the enzymes that feed them NADH. Static, adhered fascia does the opposite. The signal flattens. The organelle stays in defense mode.
So the nutrients are only half the job. NAD+ and methylene blue support the redox work. The web around the cell decides whether that work gets a clear signal.
Inside the cell. In the blood. In the space between. One organelle, moving.
Move the web, and you change the signal. Stall the web, and the signal stalls with it. More to come…