Methylene Blue 10mg/mL 50mL
Compounds used in longevity and anti-senescence research.
Methylene blue is a phenothiazine-derived compound with a long history in both biomedical research and as a redox indicator. It is studied in mitochondrial, neurological, and antimicrobial-adjacent research contexts.
Proposed mechanism
At low concentrations, methylene blue acts as an alternative electron carrier in the mitochondrial electron-transport chain, bypassing certain complex dysfunctions. At higher concentrations, its redox cycling can generate oxidative stress — the biphasic profile is central to dose-design in research.
Research highlights
- Phenothiazine-derived small molecule
- Biphasic redox profile (low-dose vs high-dose research)
- Studied in mitochondrial and neurological models
- 50 mL bottle at 10 mg/mL research concentration
Research protocol notes
Research protocols emphasize dose-dependent effects. Low concentrations are used in mitochondrial-support studies; higher concentrations appear in antimicrobial and redox-stress research.
Stacking and comparative studies
Typically studied alone.
Handling and storage
Lyophilized powder is stable at ambient shipping temperatures. Once reconstituted with bacteriostatic water, store at 2–8 °C and use within 28 days. For long-term storage of unreconstituted vials, freeze at −20 °C and protect from light.
Frequently asked
Is methylene blue a peptide?
No — it is a small-molecule phenothiazine derivative. It appears in peptide-research catalogs because of its mitochondrial-research applications.
What is the biphasic dose profile?
Low concentrations support electron transport; high concentrations drive redox cycling and oxidative stress. Dose selection is critical in research design.
What mitochondrial research uses methylene blue?
Complex I/IV dysfunction models, neurodegeneration research, and ischemic-stress protocols.
Why research-grade matters?
Pharmaceutical-grade methylene blue is engineered for purity and low zinc/chromium contamination — research-grade versions are tested to similar standards.
