1 1

Pinnacle Research Labs

Methylene Blue

Methylene Blue

$55.00 AUD
$55.00 AUD
Sale Sold out
Shipping calculated at checkout.

Studied for its role in: 

  • Investigated for its potential to support mitochondrial respiration by facilitating electron transport within the cellular energy production pathway.
  • Studied for its influence on cellular energy metabolism, with research examining its effects on ATP production and mitochondrial efficiency.
  • Research explores its potential antioxidant and redox-modulating properties, including its role in regulating oxidative stress at the cellular level.
  • Investigated for its effects on neuronal metabolism and cognitive signaling pathways, with ongoing studies examining central nervous system function.
  • Studied for its potential to enhance mitochondrial resilience and cellular bioenergetics, particularly under conditions of metabolic stress in experimental models.
  • Research continues to evaluate its pharmacological activity across mitochondrial function, neurobiology, and cellular metabolism in laboratory and preclinical studies.

Product Description

Methylene Blue: 10mg per capsule - 60 capsules.

How it works

Methylene blue is a redox-active phenothiazine compound whose mechanism of action is multifactorial and not fully elucidated. It has been investigated as an alternative electron carrier within the Electron Transport Chain, where it may facilitate electron flux from NADH to downstream acceptors such as cytochrome c, potentially reducing electron leakage and modulating Reactive Oxygen Species generation.

It has also been proposed to inhibit the Nitric Oxide–cGMP pathway via suppression of soluble guanylate cyclase, resulting in decreased cGMP signaling. Additionally, it has been investigated as a reversible inhibitor of Monoamine oxidase, suggesting potential modulation of monoaminergic neurotransmission.

From a neurocognitive perspective, low-dose methylene blue has been investigated for possible enhancement of mitochondrial respiration and neuronal metabolic efficiency, particularly in high-energy-demand regions such as the hippocampus and prefrontal cortex. This may facilitate synaptic plasticity and memory consolidation processes, potentially via improved oxidative phosphorylation and reduced oxidative stress burden. Some experimental data suggest dose-dependent effects on attention, memory retention, and neural network efficiency; however, these findings remain preliminary and context-dependent, with higher concentrations potentially exerting opposing, pro-oxidant effects.

COA (Certificate of analysis)

/pages/quality-assurance-1

Legal Disclaimer

Disclaimer: All products are sold for research purposes only. The available products are not intended for human consumption, personal use, or any form of medical application. These materials are strictly for laboratory research, scientific studies, and educational purposes only (e.g.., lab or university use). Pinnacle Research Labs is not a licensed pharmacy, medical facility, or compounding service, and does not offer products for medical or clinical applications. Pinnacle Research Labs has never and will never make health and/or therapeutic claims. Buy purchasing our products you are agreeing to our terms of services.

View full details