Custom Antibody Fragmentation Service

      • Overview
      • Service Details
      • Service Highlights
      • Related Services
      • Case Study
      • How to order
      Overview

      SERVICE NO: TSS008

      Antibody fragments such as single domain antibodies (dAbs), antigen-binding fragments (Fab), and single chain variable fragments (scFvs) have unique properties that can make them better suited to certain therapeutic applications than full-sized monoclonal antibodies (mAbs).  In comparison with intact antibodies, fragments are smaller, which can allow them to more effectively reach their targets, and they’re also often easier and less expensive to produce.  It allows their binding to concealed epitopes not accessible to complete antibodies.  The smaller size can help offer lower scattering, thus less contrast in images.  From the perspective of therapeutic applications, a small molecular weight also means fast clearance and efficient penetration.  Some therapeutics also use the fragments as they improve penetration into the tissue.

      Presently, there are a number of routes to take in order to artificially synthesize an antibody fragment.  Many functional antigen-binding antibody fragments could be engineered by proteolysis of antibodies (papain digestion, pepsin digestions or other enzymatic approaches), generating Fab, Fv or single domains.

      With years of research experience in the field of recombinant antibody construction and expression, BOT Bioscience offers antibody fragment production services, we have various expression systems to meet the production for different types of fragmentation antibodies such as scFv, Fab/Fab?, sdAb/VHH, Fc fusion proteins, and chimeric antibody and so on.  Besides, we can offer antibody proteolysis service to engineering antibodies.



      Service Details

      Phase

      Details

      Timeline

      Gene synthesis

      Gene synthesis

      codon optimization

      1-2 weeks

      Vector construction

      Cloning into expression vectors

      Plasmid sequencing

      Plasmid production

      1-2 weeks

      Expression and purification

      Recombinant technology

      E. coli fermentation: soluble expression

      Yeast Fermentation: secrected protein expression

      Mammalian cell transient transfection

      His-tag, FLAG-tag, SUMO-tag, etc.  Affinity chromatography column purification

      3-4 weeks

      QC analysis

      SDS-PAGE

      UV

      SEC-HPLC (optional)

      1 week


      Service Highlights

      Large scale production

      High antibody sensitivity

      Diverse fragment formats

      Various species options

      Different expression systems

      Retaining the original specificity


      Related Services
      Case Study
      How to order

      Contact us or send an email at info@bot-bioscience.com for project quotations and more detailed information.

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