Showing all 7 results

Show sidebar

ButyrAldehyde-PEG-ButyrAldehyde (CHO-PEG-CHO) is a bifunctional PEG polymer with reactive butyraldehyde groups at both ends. It easily binds to amine-containing molecules, making it ideal for bioconjugation, drug delivery, and surface modification in medical devices. Its high solubility allows for versatile use in various applications.

ButyrAldehyde-PEG-ButyrAldehyde

Cat# Name Structure M.W. Purity Pricing
AP14738ButyrAldehyde-PEG-ButyrAldehyde, MW 1K1000≥95% Pricing
AP14739ButyrAldehyde-PEG-ButyrAldehyde, MW 2K2000≥95% Pricing
AP14733ButyrAldehyde-PEG-ButyrAldehyde, MW 3.4K3400≥95% Pricing
AP14734ButyrAldehyde-PEG-ButyrAldehyde, MW 5K5000≥95% Pricing
AP14735ButyrAldehyde-PEG-ButyrAldehyde, MW 10K10000≥95% Pricing
AP14736ButyrAldehyde-PEG-ButyrAldehyde, MW 20K20000≥95% Pricing
AP14737ButyrAldehyde-PEG-ButyrAldehyde, MW 35K35000≥95% Pricing

Bulk Inquiry


    ButyrAldehyde-PEG-ButyrAldehyde (CHO-PEG-CHO) is a bifunctional PEG polymer with butyraldehyde groups (-CHO) at both ends. This structure makes it ideal for linking and modifying biomolecules.

    Key Features:

    1. Structure: The PEG chain has reactive butyraldehyde groups on both ends, which makes it great for binding with amine or hydrazine groups.
    2. Reactivity: The aldehyde groups easily form bonds with amine-containing molecules through imine formation. This allows quick and efficient bioconjugation or surface modification.
    3. Applications:
      • Bioconjugation: Perfect for attaching proteins, peptides, or other biomolecules.
      • Drug Delivery: It improves the solubility and stability of drugs.
      • Surface Coating: Works well for coating medical devices and enhancing biocompatibility.
    4. Solubility: It dissolves easily in both water and organic solvents, making it versatile.

    Summary:

    ButyrAldehyde-PEG-ButyrAldehyde offers a simple yet effective solution for binding biomolecules, modifying surfaces, and improving drug delivery. Its reactivity and solubility make it ideal for various applications in biotechnology and medicine.