Methylene Blue 10mg (60 Capsules)
CAS: 61-73-4
Methylene Blue 10mg Capsules by BioPeptides contain a high-purity research-grade phenothiazine compound widely used in laboratory studies of redox biology, mitochondrial electron transport, and oxidative signaling pathways. Identified by CAS 61-73-4, this compound is analytically verified for research consistency and reproducibility. The capsule format supports controlled experimental workflows and reliable handling in biochemical and cellular research laboratories across Europe and the United States.
$145.00
Research Use Only
Research Overview
Methylene Blue is a phenothiazine-derived compound commonly studied in redox biology and mitochondrial research.
Researchers investigate its reversible oxidation-reduction properties to analyze cellular electron transport processes.
The compound is widely used in mitochondrial respiration and metabolic pathway studies.
The capsule-based format allows consistent compound handling and improved workflow stability in laboratory environments.
Scientific Background
Methylene Blue has an extensive research history in biochemical experiments involving redox cycling and mitochondrial electron transport.
Its molecular structure enables reversible oxidation-reduction reactions that support electron transfer investigations.
Researchers use Methylene Blue to explore oxidative stress responses and cellular energy regulation mechanisms.
Because of its well-characterized redox behavior, it is frequently included in comparative mitochondrial and metabolic pathway research.
Mechanistic Research Perspective
- Redox cycling and oxidation-reduction pathway research
- Mitochondrial electron transport chain investigation
- Cellular energy metabolism analysis
- Intracellular redox signaling pathway research
- Oxidative stress response modeling
Primary Research Applications
Redox Biology Research: Methylene Blue is widely used to study oxidation-reduction reactions and cellular redox signaling mechanisms.
Mitochondrial Function Studies: Researchers apply the compound to analyze mitochondrial respiration and electron transport chain dynamics.
Oxidative Stress Research: Laboratories incorporate Methylene Blue into experiments investigating oxidative stress responses and cellular resilience.
Cellular Metabolism Research: The compound supports experiments studying metabolic regulation and mitochondrial energy production.
Biochemical & Molecular Biology Research: Methylene Blue is frequently used in cell-based assays to analyze intracellular signaling and metabolic processes.
Molecular Characteristics
- Compound Name: Methylene Blue
- CAS Number: 61-73-4
- Chemical Class: Phenothiazine derivative
- Form: Capsule-based research compound
- Strength: 10mg per capsule
- Total Quantity: 600mg (60 capsules)
Stability Profile and Storage Recommendations
- Store in a cool, dry environment
- Protect from direct light exposure
- Avoid moisture exposure
- Seal container tightly after use
- Handle according to standard laboratory safety procedures
Solubility and Preparation Considerations
- Soluble in water and aqueous laboratory solutions
- Compatible with buffered biochemical research solutions
- Suitable for redox and electron transfer assays
- Applicable in mitochondrial pathway experiments
- Compatible with biochemical research protocols
Technical Specifications
product Name
Methylene Blue 10mg Capsules
brand
BioPeptides
cas
61-73-4
purity
Research-grade purity
unit Size
60 capsules
form
Capsule format
synthesis
Controlled chemical synthesis
analytical
Identity and purity verification
molecular Structure
Phenothiazine redox compound
stability
Stable under cool, dry storage conditions
Analytical Validation and Quality Assurance
- Compound identity verification
- Purity assessment and analytical validation
- Batch-to-batch consistency evaluation
- Packaging integrity inspection
- Quality-controlled manufacturing processes
Frequently Asked Questions
Methylene Blue is primarily studied for redox biology, mitochondrial electron transport, oxidative stress signaling, and cellular energy metabolism in controlled laboratory research models.
Its reversible redox properties allow researchers to analyze electron transfer processes and mitochondrial bioenergetics with precision.
CAS 61-73-4 uniquely identifies Methylene Blue, ensuring accurate compound identification and reproducibility in scientific research documentation.
Yes. It is widely used in controlled in-vitro experiments involving mitochondrial respiration, oxidative stress, and metabolic signaling pathways.
Methylene Blue is widely used in biochemistry, mitochondrial biology, molecular biology, redox signaling studies, and cellular metabolism research.
Capsules provide consistent compound quantity, simplified laboratory handling, and improved storage stability.
It should be stored in a cool, dry place protected from moisture and direct light exposure.
BioPeptides provides verified research compounds with consistent quality, professional laboratory packaging, and reliable international research supply.