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FORLAB RPMI 1640 Medium with L-Glutamine - China Suppliers & Factory for In Vitro Cell Culture

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RPMI1640 is a versatile cell culture medium originally developed for the suspension and monolayer cultures of human leukemia cells. Over time, it has been recognized as an ideal choice for culturing a variety of cell types, including HeLa, Jurkat, MCF-7, PC12, peripheral blood mononuclear cells (B and T lymphocytes), astrocytes, and various cancer cells.

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What sets RPMI1640 apart from DMEM is its unique formulation, which includes biotin, vitamin B12, and p-aminobenzoic acid, along with elevated levels of inositol and choline chloride. This makes it a preferred choice among researchers and suppliers looking for reliable cell culture solutions.

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This product is manufactured with a Water-For-Injection configuration, ensuring high quality for your laboratory needs.

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Note: This RPMI1640 product is intended solely for scientific research and production purposes, specifically for in vitro culture of tissues and cells. Clinical use is strictly prohibited.

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As a leading factory in China, we ensure that our products meet rigorous quality standards, making us a trusted supplier in the global market.

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    Product Specifications

    Order NO. Description Product Features Contains Ingredients

    FL10011

    RPMI1640 medium containing L-glutamine 500mL

    This product is a filtration and sterilization product

    Contain (+)

    Physical appearance: red clarified liquid

    L-glutamine

    Endotoxin: ≤1EU/mL

    Phenol red

    Osmotic pressure: 260–305 mOsm/kg·H₂O

    Excluding (−)

    pH value: 7.0–7.4

    HEPES

    Transport condition: Blue ice

     

    Storage conditions: 2–8 ℃, store away from light, valid for 12 months

     

    Frequently Asked Questions

    Q
    What is RPMI 1640 medium (FL10011) used for?
    RPMI 1640 medium (Order No. FL10011) is a widely used cell culture medium designed to support the growth of a broad range of mammalian cells, including lymphocytes, hybridomas, and various suspension and adherent cell lines. It provides the essential nutrients, salts, vitamins, and amino acids required for cell proliferation and maintenance.
    Q
    What does "contains L-glutamine" mean for this product?
    This formulation of RPMI 1640 includes L-glutamine as a pre-added ingredient. L-glutamine is a critical amino acid that serves as a major energy source and biosynthetic precursor for rapidly dividing cells. Having it pre-incorporated ensures consistent nutrient availability without requiring manual supplementation before use.
    Q
    Why does the product exclude HEPES?
    HEPES is a zwitterionic buffer used to maintain pH stability in cell culture systems, especially outside of a CO₂ incubator. The FL10011 formulation does not include HEPES, making it suitable for standard incubator use with CO₂ buffering. If your application requires HEPES for extended time outside the incubator, a HEPES-supplemented variant may be more appropriate.
    Q
    What are the recommended storage and transport conditions?
    FL10011 should be stored at 2–8 ℃ in the dark to maintain product integrity, with a shelf life of 12 months from the date of manufacture. For transport, blue ice (approximately 0–4 ℃) is required to preserve the activity of sensitive components such as L-glutamine and to prevent degradation during shipping.
    Q
    What quality control tests are performed on this product?
    Each batch of FL10011 undergoes rigorous quality control testing, including: sterility verification through filtration sterilization, endotoxin testing (≤1 EU/mL), osmotic pressure measurement (260–305 mOsm/kg·H₂O), pH validation (7.0–7.4), and physical appearance inspection confirming a red, clarified liquid. These checks ensure consistent performance across batches.
    Q
    What is the role of phenol red in RPMI 1640 medium?
    Phenol red is a pH indicator dye included in the RPMI 1640 formulation. It provides a visual color guide to the pH status of the medium: the medium appears red at the standard pH of 7.0–7.4, turns yellow under acidic conditions (indicating cell overgrowth or CO₂ build-up), and becomes pink to purple in alkaline conditions. This makes it easy for researchers to monitor culture health at a glance.