In Vitro Synthetic Nanobody Library Screening

Animal-free nanobody discovery through screening of ultra-large synthetic VHH libraries for rapid lead identification and downstream optimization.

What We Offer

VesoBio provides in vitro synthetic nanobody library screening services for customers seeking rapid, flexible, and animal-free nanobody discovery. Our platform supports screening of ultra-large synthetic VHH libraries to identify target-specific binders for research, diagnostics, and therapeutic development, particularly when speed, library diversity, or non-immunization workflows are preferred.

This service is highly suitable for challenging targets, time-sensitive programs, and projects requiring broad screening depth or tailored selection strategies.

Workflow

1

Target & Screening Strategy Assessment

Review of target class, binder objectives, assay format, and discovery requirements.

2

Library Screening Design

Selection of screening conditions, panning strategy, and enrichment criteria for synthetic VHH library campaigns.

3

In Vitro Screening & Enrichment

Execution of synthetic library screening to enrich target-reactive nanobody candidates.

4

Lead Identification

Screening and ranking of enriched binders based on binding activity, specificity, and project-defined attributes.

5

Optional Optimization & Mapping

Optional affinity maturation, epitope mapping, and early characterization of selected nanobody leads.

6

Candidate Delivery

Delivery of selected VHH sequences, screening data packages, and project-ready lead candidates.

Applications

Animal-free nanobody discovery
Challenging target screening
Rapid binder identification
Early therapeutic lead discovery
Epitope-focused nanobody programs

Typical Deliverables

Selected synthetic VHH lead sequences
Screening and enrichment summary
Optional affinity maturation output
Optional epitope mapping data
Project documentation for downstream progression

Start Your Synthetic Nanobody Screening Project

Partner with VesoBio for animal-free nanobody discovery through ultra-large synthetic VHH library screening tailored to your targets and timelines.

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