Leadgene Leadgene
HyLink™ BirA Biotin Labeling Kit
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Catalog Number

LDG0021RC

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  • Overview

    Description

    The HyLink™ BirA Biotin Labeling Kit for Avi-tag Proteins provides a highly efficient, specific, and reproducible solution for biotinylating recombinant proteins or peptides containing Avi-tags or other enzymatic biotinylation tags such as Biotag™. This kit utilizes the biotin ligase enzyme BirA, which specifically and uniformly attaches biotin to a lysine residue within the Avi-tag sequence. Compared to traditional chemical biotinylation methods, this enzymatic approach offers site-specific labeling, minimizes variability between batches, and preserves the biological activity and structural integrity of the target protein.

    Components

    Item

    Quantity

    Storage

    GST-BirA (lyophilized)

    40 μg, 1 vial

    Store at -20°C

    Reconstitution buffer

    0.2 mL, 1 vial

    Store at -20°C

    10X Reaction buffer

    1.5 mL, 1 vial

    Store at -20°C

    SpinDesalt Column

    16 pcs

    Store at 4°C

    • GST-BirA (lyophilized)

      Quantity

      40 μg, 1 vial

      Storage

      Store at -20°C

    • Reconstitution buffer

      Quantity

      0.2 mL, 1 vial

      Storage

      Store at -20°C

    • 10X Reaction buffer

      Quantity

      1.5 mL, 1 vial

      Storage

      Store at -20°C

    • SpinDesalt Column

      Quantity

      16 pcs

      Storage

      Store at 4°C

  • Instruction
    • Shipping

      The product is shipped with polar packs. Upon receipt, store the components under the recommended storage conditions immediately.

      Stability & Storage

      This product is stable under the following storage conditions:

      • The enzyme and buffer are stable for up to 12 months when stored at −20 °C under sterile conditions from the date of receipt.
      • The column is stable for up to 12 months when stored at 4 °C from the date of receipt.

      Avoid repeated freeze–thaw cycles.

  • Image
    The biotinylation efficiency of proteins was analyzed by (A) SDS-PAGE and (B) Western blot using Streptavidin-HRP as a probe. Lane 1: Biotin unconjugated proteins Lane 2: Biotin conjugated proteins using LDG0021RC

    The biotinylation efficiency of proteins was analyzed by (A) SDS-PAGE and (B) Western blot using Streptavidin-HRP as a probe.
    Lane 1: Biotin unconjugated proteins
    Lane 2: Biotin conjugated proteins using LDG0021RC

    Protein biotinylation efficiency was analyzed using a Streptavidin gel shift assay. Lane 1: Biotin-conjugated proteins, without Streptavidin Lane 2: Biotin-conjugated proteins, with Streptavidin

    Protein biotinylation efficiency was analyzed using a Streptavidin gel shift assay.
    Lane 1: Biotin-conjugated proteins, without Streptavidin
    Lane 2: Biotin-conjugated proteins, with Streptavidin

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  • Datasheet & Documents

Disclaimer:For Research Use or Further Manufacturing Only.

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