Error-prone scFv Variant Antibody Libraries
Home > Antibody Services > Error-prone scFv Variant Antibody Libraries
Error-prone scFv Variant Antibody Libraries

Synthetic antibody libraries are instrumental in designing, constructing, and successfully generating highly functional antibodies for various applications. Their optimized framework sequences provide a strong scaffold, while controlled diversity in the CDRs offers distinct advantages over natural antibodies.


Random mutagenesis and error-prone PCR are commonly used to create diverse scFv antibody libraries. The mutagenesis can target the entire V(D)J region or only the complementarity-determining regions (CDRs) of the antibody. As a result, mutations can occur throughout the entire scFv sequence or be concentrated in the CDRs., These libraries can be extremely large, offering a wide range of options for in vitro screening and expanding possibilities in antibody functionality research.
Highlights
  • High Diversity
    Quality design leads to high diversity of the recombinant antibody libraries
  • High Quality Libraries
    The updated phage display system provides a guarantee for larger storage capacity and highly functional antibodies
  • Cost-Effective
    Competitive prices and affordable services
Service Details
Process Details Deliverables Turnaround Time
Template sequence construction Clone the template sequence in pUC57 vector.

• Template sequence construct
• Variable fragment phagemid library and COA

1-2 weeks
Vector construction Perform error-prone PCR and clone scFv in the antibody expression vectors. 2-3 weeks
Transform E.coli and Library constructio Transform the constructs into TG1 competent cells, then prepare the plasmid and identify the capacity and accuracy of the library. 2-3 weeks
Workflow

Resources
Get in Touch with Us
Related Services
  • Address:
    9 Deer Park Dr., Suite J-25
    Monmouth Junction, NJ 08852

This website stores cookies on your computer. These cookies are used to collect information about how you interact with our website and allow us to remember you.
To find out more about the cookies we use, see our Privacy Policy.

Accept