At KS-V Peptide, we are proud to be experts in the field of phage display technology. Our comprehensive phage display library screening services offer you access to advanced biopanning strategies and state-of-the-art equipment, ensuring that you can identify the most promising candidates for your research or drug discovery project.

The Power of Phage Display Library Screening:

Phage display technology is a powerful tool for discovering specific antibodies, peptides, and ligands. However, identifying high-affinity and highly specific binders within constructed libraries can be a challenging task. That's where our library screening expertise comes in.

With a diverse array of phage libraries and advanced screening strategies, KS-V Peptide is your ideal partner for unlocking the full potential of your peptide discovery campaign.

Acceptable Library Types:

Our library screening services are designed to accommodate various library types, including:

• Libraries from our customized library construction services.
• In-house premade peptide libraries.
• Libraries provided by our clients.
• Other commercialized libraries.

We understand that your research may require different library sources, and we are ready to work with them to meet your unique demands.

Premade peptide libraries:

We offer a wide range of premade peptide libraries, varying in length from 7 to 30 amino acids, available in both linear and cyclic formats.

Acceptable Target Types:

We accept a wide range of target types for screening, including:

• Purified targets.
• Unpurified targets.
• Intact cells, tissues, or any other in vivo targets.

Our team can work with your provided targets, and we also offer services to synthesize and express targets if needed. This flexibility ensures that you have a tailored screening solution that aligns with your project's specific requirements.

Versatile Screening Strategies:

At KS-V Peptide, we employ a variety of screening strategies to meet your project goals:

• Solid-Phase Screening: This widely used method involves selecting binders against targets absorbed onto a solid surface. Typically, targets are coated on the well of immunotubes or microtiter plates for isolating specific binders.
• Solution-Sorting Screening: Ideal for isolating binders recognizing naïve targets, this method conducts the target-binder interaction in solution, followed by capture using the appropriate method.
• Cell-Based Screening: A reliable approach for selecting cell surface antigens with native conformation, especially when the antigen is challenging to express as a recombinant protein.
• In vivo Screening: A high-throughput method for efficiently isolating tissue-specific binders. The selection is based on binding to the target in vivo after injecting the phage libraries into whole animals and rescuing phage bound to specific organs and tissues.

Getting Started:

To begin the process of leveraging our Phage Display Peptide Library Screening services, get in touch with our team of experts at KS-V Peptide. We are eager to discuss your research needs and design a tailored screening strategy to help you identify the most promising candidates for your project.