Methylene Blue 3: REPAIRING CHEMOTHERAPY MITOCHONDRIAL DAMAGE

3 Dec 2023 · 1 min

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The video segment explains that certain chemotherapies damage mitochondrial DNA, which prevents cells from forming new, functional mitochondria. This damage is especially problematic in sensitive organs such as the kidneys, where it can lead to organ injury that originates at the DNA level. The speaker highlights research showing that methylene blue can enter cells and reverse mitochondrial DNA damage, allowing cells to rebuild normal mitochondria even after chemotherapy exposure, suggesting a potential therapeutic strategy to mitigate chemotherapy‑induced organ toxicity.

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Use of methylene blue in repairing the damage to the mitochondrial DNA after a particular type of chemotherapy-induced injury. One of the problems with chemotherapy is that it goes in and it might help you with your cancer. It's actually damaged directly to the mitochondrial DNA. If they get damaged, then they can't really form new mitochondria appropriately. And if it's in a sensitive area, like say your kidneys, then you get kidney damage. But the kidney damage really starts at the DNA level. What What they're looking at is methylene blue can actually go in and it can undo the mitochondrial DNA damage so that the cells have a chance to operate normally and build normal mitochondria even after an insult from particular types of chemotherapy.