Monoclonal Antibody Generation
Recombinant Antibodies (Single B Cell Approach) - Llama
Llama Recombinant Antibodies
Overview
LAMPIRE’s Llama vHH platform enables rapid discovery of single-domain antibodies (nanobodies) using proprietary single B cell sorting of antigen-positive llama and alpaca B cells. By combining camelid immunization expertise with advanced B cell technologies, we provide a streamlined path to highly specific and stable vHH binders for research, diagnostic, and therapeutic applications.
The sequence-forward vHH discovery approach delivers epitope-diverse nanobody candidates with strong biophysical properties while eliminating the bias of library-based methods. Multiple immunization sampling timepoints drive deeper affinity maturation, and direct sequence recovery ensures full transparency and client ownership of all IP for rapid downstream development.
Why Choose Us?
Rapid vHH discovery using proprietary single B cell sorting technology
Full capture of native immune repertoire and clonotype diversity
Faster timelines by eliminating traditional library generation and panning
In silico developability, human-ness, and immunogenicity assessments
Optional humanization and sequence optimization for therapeutic development
US based, AAALAC accredited facilities with quality oversight
Capabilities
- Camelid immunization and antigen-specific B cell isolation
- Single B cell sorting from immunized llama and alpaca PBMCs
- Rapid vHH sequence recovery and binder identification
- Analysis of clonotype diversity and epitope relationships
- In silico developability and immunogenicity evaluation
- Sequence optimization and humanization support
- Scientific guidance from discovery through candidate advancement
Benefits
Rapid Binder Discovery
Single B cell sorting enables fast sequence recovery from antigen-specific B cells without traditional library construction.
Native Immune Diversity
Captures the full antibody repertoire generated during immunization, improving diversity and lead selection.
Efficient Screening Workflow
Removes duplicate clones early and eliminates display library generation to accelerate discovery.
Supporting Therapeutic Development
In silico assessments and optional humanization help prepare nanobody candidates for downstream development.
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Professionals with diversebackgrounds and skill sets