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Bisbentiamine - Vitamin B1 Derivative from China Suppliers and Factory | CAS 2667-89-2
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Bisbentiamine - Vitamin B1 Derivative from China Suppliers and Factory | CAS 2667-89-2

Bisbentiamine (CAS No. 2667-89-is a vital thiamine derivative, also known as dibenzoyl disulfide thiamine. With the molecular formula C₃₈H₄₂N₈O₆S₂ and a molecular weight of 770.92, this compound is essential for various applications in health and nutrition. As a leading supplier in China, our factory ensures the highest quality standards for Bisbentiamine, meeting the specific needs of our clients across different industries. Trust our expertise in providing premium Bisbentiamine products directly from our reliable factory in China

    Basic Information and Chemical Properties

    Bisbentiamine (CAS No. 2667-89-2) is a derivative of vitamin B1 (thiamine), with the chemical name of dibenzoyl disulfide thiamine, the molecular formula of C₃₈H₄₂N₈O₆S₂, and a molecular weight of 770.92. Its structural feature is that two benzoyl groups are connected by a disulfide bond, which gives it unique fat solubility and stability.

    CAS Number
    2667-89-2
    Molecular Formula
    C₃₈H₄₂N₈O₆S₂
    Molecular Weight
    770.92
    Density
    1.331 g/cm³
    Melting Point
    140–145 °C
    Boiling Point
    987.4 °C (predicted)
    💡 Storage: Store away from light and moisture at room temperature to maintain stability.
    Functional Mechanism and Nutritional Health Effects

    As a derivative of vitamin B1, bisbenzylthiamine has multiple potentials in the field of nutritional supplementation by optimizing bioavailability:

    1
    Enhanced Bioavailability

    Compared with water-soluble thiamine, its fat-soluble structure is easier to pass through the cell membrane, improving absorption efficiency, thereby increasing the level of active coenzymes such as thiamine pyrophosphate (TPP) in the body, supporting energy metabolism and nervous system function.

    2
    Regulating Sugar Metabolism and Anti-Oxidation

    By activating transketolase, it promotes the normalization of glucose metabolism and reduces the accumulation of advanced glycation end products (AGEs), thereby combating oxidative damage and diabetic complications (such as neuropathy and retinopathy) caused by hyperglycemia.

    3
    Synergistic Effect

    Some dietary supplements combine it with other B vitamins (such as thiamine sulfozincate) to optimize metabolic pathways and enhance anti-fatigue and neuroprotective effects through the synergistic effect of coenzyme forms.

    Application Scenarios and Product Examples

    The application of bisbenzamide in dietary supplements is mainly concentrated in the following directions:

    1
    Diabetes and Metabolic Health

    For people with high blood sugar, it protects blood vessels and nerve tissues by inhibiting the formation of AGEs, and is often used to prevent complications such as diabetic neuropathy.

    2
    Energy Metabolism and Anti-Fatigue

    As a coenzyme, it participates in the tricarboxylic acid cycle and promotes the conversion of carbohydrates into energy. It is suitable for people with high physical exertion or easy fatigue.

    3
    Nervous System Support

    Improve vitamin B1 deficiency caused by alcoholism or malnutrition, and maintain nerve conduction function.

    ⚠️ Dieselamide has become a popular ingredient in the field of nutritional supplements due to its high bioavailability and multiple metabolic regulation functions. However, its application still needs to be combined with individual needs and scientifically supplemented on the basis of a balanced diet. In the future, with the advancement of synthetic biology technology and the deepening of clinical research, the potential of this ingredient in the field of chronic disease prevention and precision nutrition will be further released.
    Frequently Asked Questions (FAQ)
    Q What is Bisbentiamine and how does it differ from regular Vitamin B1?
    Bisbentiamine (CAS No. 2667-89-2) is a fat-soluble derivative of vitamin B1 (thiamine). Unlike regular water-soluble thiamine, its fat-soluble structure allows it to pass through cell membranes more easily, significantly improving absorption efficiency and increasing the bioavailability of active coenzymes such as thiamine pyrophosphate (TPP) in the body.
    Q What are the main health benefits of Bisbentiamine supplementation?
    The primary health benefits include enhanced energy metabolism, support for nervous system function, regulation of glucose metabolism, reduction of advanced glycation end products (AGEs), and protection against diabetic complications such as neuropathy and retinopathy. It also exhibits notable anti-oxidative properties.
    Q Who can benefit most from taking Bisbentiamine?
    Bisbentiamine is particularly beneficial for individuals with high blood sugar levels or diabetes, people experiencing chronic fatigue or high physical exertion, and those with vitamin B1 deficiency caused by conditions such as alcoholism or malnutrition. It is also useful for those seeking better support for nerve conduction and metabolic health.
    Q How should Bisbentiamine be stored to maintain its effectiveness?
    Bisbentiamine should be stored at room temperature, away from direct light and moisture. Improper storage conditions may affect its chemical stability, given its disulfide bond structure connecting two benzoyl groups. Always follow the specific storage instructions provided on the product label.
    Q Can Bisbentiamine be combined with other B vitamins in dietary supplements?
    Yes. Some dietary supplements combine Bisbentiamine with other B vitamins, such as thiamine sulfozincate, to optimize metabolic pathways. This combination can enhance anti-fatigue and neuroprotective effects through the synergistic action of different coenzyme forms, making it a popular choice in complex B-vitamin formulations.
    Q What is the future outlook for Bisbentiamine in clinical and nutritional research?
    With the continued advancement of synthetic biology technology and ongoing clinical research, Bisbentiamine holds significant promise in the areas of chronic disease prevention and precision nutrition. Its high bioavailability and multiple metabolic regulation functions position it as a key ingredient for future therapeutic and nutraceutical applications targeting conditions such as diabetes and neurological disorders.