Mitoquinone Bromide Salt for Research

Product Overview

Mitoquinone bromide salt is a synthetic mitochondria-targeted quinone compound supplied as a triphenylphosphonium bromide salt for biochemical research and specialized formulation development. Its lipophilic cation structure is designed to facilitate mitochondrial accumulation, making it relevant to studies of mitochondrial redox biology, oxidative stress, and cellular energy processes.

Also known as mitoquinone bromide or (10-(4,5-dimethoxy-2-methyl-3,6-dioxocyclohexa-1,4-dien-1-yl)decyl)triphenylphosphonium bromide, this compound combines a quinone moiety with a lipophilic triphenylphosphonium cation and bromide counterion. Correct salt identification is essential for analytical characterization, research reproducibility, and formulation calculations.

What Is Mitoquinone Bromide Salt?

Mitoquinone is a synthetic quinone derivative associated with mitochondria-targeted antioxidant research. Its triphenylphosphonium group contributes to membrane interaction and mitochondrial accumulation, while the quinone portion provides the redox-active component. The bromide salt is distinguished by its counterion and should not be treated as interchangeable with mitoquinone mesylate or other salt forms.

For procurement, research laboratories and specialty ingredient developers should specify the bromide salt explicitly, rather than relying on the generic name MitoQ. This helps prevent confusion between the free cation, bromide salt, mesylate salt, and reduced quinol-related compounds.

Product Specifications

Key Characteristics and Research Relevance

• Mitochondria-targeting design: The lipophilic triphenylphosphonium cation is a structural feature used in the design of mitochondria-targeted compounds.
• Quinone redox chemistry: The quinone moiety makes the compound relevant to research involving electron transfer and cellular redox processes.
• Defined counterion: The bromide salt designation helps distinguish this material from other mitoquinone salt forms.
• Analytical characterization: Identity, purity, and counterion verification support research consistency and incoming-material assessment.
• Specialized research use: Its principal application is in laboratory and biochemical research rather than routine food-ingredient or botanical-extract applications.

Applications

Mitochondrial Research

Mitoquinone-related compounds are used in research exploring mitochondrial accumulation, redox behavior, and the relationship between mitochondria and cellular physiology. Experimental use should follow an appropriate research protocol and compound-specific handling instructions.

Oxidative Stress and Redox Studies

The quinone structure and mitochondria-targeting design make this compound relevant to investigations of oxidative stress and mitochondrial redox processes. Findings from a specific experimental system should not be interpreted as proof of a clinical benefit.

Biochemical Assay Development

Research laboratories may use characterized mitoquinone bromide salt in method development, analytical investigations, and controlled biochemical experiments. Researchers should validate solvent compatibility, working concentration, stability, and assay interference before routine use.

Specialty Chemical Research

The compound may also serve as a specialized research material for evaluating mitochondrial-targeted chemical structures and related redox-active systems. Its suitability depends on the experimental objective, purity requirement, and analytical acceptance criteria.

Buyer-Decision Guide: Bromide Salt vs. Other Mitoquinone Forms

For this compound, the most important procurement decision is salt-form identity. Mitoquinone bromide and mitoquinone mesylate share the same general mitoquinone cation but have different counterions and molecular weights. A specification written only as “MitoQ” may therefore be insufficient for analytical or formulation work.

How to choose: Select the salt form required by the experimental method or formulation protocol. Do not substitute one salt for another solely because both contain the mitoquinone cation. When calculating molar concentrations, use the molecular weight of the actual salt and establish whether the reported assay is calculated on the complete salt or the active cation basis.

What to Check Before Purchasing

• Identity: Verify the product name, CAS number, salt form, and structural identity.
• Purity basis: Confirm whether the stated assay refers to the complete salt or the mitoquinone cation.
• Analytical evidence: Review the HPLC or UPLC chromatogram and supporting identity data where available.
• Stability and storage: Confirm recommended temperature, light protection, moisture control, and handling conditions.
• Application suitability: Match the material grade and documentation to the intended research or analytical workflow.

Why Choose This Product

• Clearly defined chemical identity: Product identification emphasizes the bromide salt rather than an unspecified mitoquinone form.
• Research-oriented specifications: Purity, identity, and analytical requirements can be aligned with the intended laboratory application.
• Analytical documentation: COA, TDS, SDS, and supporting test information can facilitate technical review and incoming quality assessment.
• Flexible order quantities: Research-scale quantities and larger bulk requirements can be discussed according to the product specification.
• Technical customization: Packaging and documentation arrangements can be adapted to appropriate handling and procurement requirements.

Packaging and Handling

Packaging options can include small, tightly sealed research containers and appropriately protected bulk packaging. Light-protective, moisture-resistant packaging is recommended for sensitive research chemicals. The actual packaging configuration should be matched to the order quantity, shipping conditions, and product-specific handling requirements.

Store the material in a tightly closed container, protected from direct light and moisture. A storage temperature of -20°C is commonly specified for this compound in research-grade listings; the product-specific storage instructions and stability documentation should govern handling. Allow containers to reach an appropriate temperature before opening when needed to minimize condensation.

OEM and Private-Label Services

For qualified specialty chemical and research-material programs, packaging configuration, labeling, documentation format, and order quantities can be discussed according to technical and regulatory requirements. Any proposed relabeling or repackaging should preserve the correct chemical identity, salt designation, storage instructions, and applicable safety information.

Quality Control

Reliable procurement of mitoquinone bromide salt depends on confirming chemical identity and evaluating purity using methods appropriate to the compound. Quality review may include:

• Identity verification by an appropriate analytical technique.
• HPLC or UPLC purity and impurity profiling.
• LC-MS or NMR confirmation where applicable.
• Counterion and salt-form verification where required.
• Moisture assessment where relevant to the product specification.
• Review of packaging integrity, storage conditions, and batch traceability.

Acceptance criteria should be established against the intended application and the applicable lot specification. A generic assay value alone does not replace confirmation of salt form, identity, or suitability for a specific research method.

Frequently Asked Questions

Is mitoquinone bromide the same as mitoquinone mesylate?

No. Both contain the mitoquinone cation, but the bromide and mesylate salts have different counterions, molecular weights, and CAS numbers. They should be treated as distinct chemical materials in purchasing records and laboratory protocols. Confirm the required salt form before ordering or substituting material in an established method.

Which analytical methods are suitable for mitoquinone bromide salt?

HPLC or UPLC is commonly used to assess chromatographic purity, while LC-MS or NMR can support structural identity confirmation. The method should be appropriate for the compound and the required acceptance criteria. Counterion verification may require a separate suitable analytical procedure, depending on the quality specification.

How should mitoquinone bromide salt be stored?

Research-grade listings commonly specify storage at -20°C with protection from light and moisture. Keep the material tightly sealed and follow the storage instructions provided for the specific lot. Stability, allowable storage excursions, and the appropriate shelf life should be determined from product-specific documentation rather than assumed from a generic chemical description.

What documentation should buyers request?

Buyers should request a lot-specific COA, technical data sheet, safety data sheet, and available chromatographic or identity data. For applications sensitive to salt form, confirm that the documentation identifies the bromide counterion and states the basis of the assay. These records help establish material suitability and support incoming quality control.

Conclusion

Mitoquinone bromide salt is a specialized mitochondria-targeted quinone research compound for biochemical investigations and analytical development. Careful verification of salt identity, assay basis, analytical purity, and storage requirements helps buyers select material appropriate for their intended workflow.

Contact us today to request samples, a COA, technical documents, and a wholesale quotation for mitoquinone bromide salt.