Methylene Blue for Neuroprotection

When other drugs fall behind, methylene blue potentially offers help for neuroprotection

Credit to Dr. Paul Marik of FLCCC who started this exploration of Methylene Blue.

MB is routinely used as a dye. However, it is entering medical field with a lot of potential help to offer. In this video I present an overview of the methylene blue mechanisms observed in various studies.

Summary: Methylene blue potentially helps for the following pathologies (studies in the video description):

1. After a brain tissue insult (can be caused by numerous events, COVID, Vaccine, Chronic Diseases, ME/CFS, etc.) methylene blue helps protect neurons by blocking apoptosis (cell death) and promoting phagocytosis (intracellular trash removal). This enables the neurons to weather the storm and come out as a survivor - which is really important for the brain tissue health.

2. Methylene blue helps restores mitochondrial dysfunctions. A mitochondria becomes dysfunctional during a stressful episode e.g. due to lack of oxygen and nutrients after a blood vessel thrombus. Methylene blue acts as an electron cycler, O2 consumer, and NO production trigger. Resulting in restoration of mitochondrial function, production of more ATP, production of NO, and reduction of the inflammatory molecules.

Collectively methylene blue is neuroprotective during neuronal tissue insult. It also contains the size of the tissue being damaged during the ischemic state.

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