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Folate-PEG-Hydrazide is a compound for targeted drug delivery and bioconjugation. It features folic acid for cancer cell targeting, a PEG spacer for stability, and a hydrazide group for binding to carbonyl-containing molecules.

Folate-PEG-hydrazide

Cat# Name Structure M.W. Purity Pricing
AP12977Folate-PEG1-hydrazide570.57≥95% Pricing
AP12978Folate-PEG2-hydrazide614.62≥95% Pricing

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    Folate-PEG-Hydrazide (Folic Acid-PEG-Hydrazide)

    Folate-PEG-Hydrazide is a compound designed for targeted drug delivery and bioconjugation. It combines folic acid for cancer cell targeting, a PEG spacer for better solubility and stability, and a hydrazide group for efficient binding to carbonyl-containing molecules.


    Key Features:

    • Folic Acid:
      • Targets folate receptors, often found on cancer cells.
      • Enables precise delivery of drugs or imaging agents.
    • PEG Spacer:
      • Improves solubility and biocompatibility.
      • Reduces steric hindrance for more effective conjugation.
    • Hydrazide Group:
      • Binds to aldehydes and ketones, forming stable hydrazone bonds.
      • Makes it easy to attach drugs, proteins, or other biomolecules.

    Applications:

    1. Targeted Drug Delivery:
      • Sends therapeutic agents directly to cancer cells.
      • Increases treatment precision while reducing side effects.
    2. Bioconjugation:
      • Links to aldehyde- or ketone-containing molecules for advanced therapies.
      • Develops drug conjugates and imaging agents.
    3. Diagnostics:
      • Creates tools for accurate tumor detection and monitoring.

    Benefits:

    • Better Targeting:
      • Delivers drugs or agents directly to cancer cells via folate receptors.
    • Improved Stability:
      • PEG spacer increases solubility and biocompatibility.
    • Versatile Use:
      • Hydrazide group allows for easy attachment to a range of molecules.

    Folate-PEG-Hydrazide is a powerful tool for targeted therapies and diagnostics. It ensures precise delivery, stability, and flexibility, making it ideal for advanced biomedical applications.