Antibody Discovery

In the competitive landscape of antibody therapeutics, the primary bottleneck has shifted from mere "binding" to "developability." To drive high-value lead generation, your service narrative must pivot from standard screening to AI-integrated molecular generation that mitigates downstream CMC risks.

AlfaBodY's Advantages

● Enabled for Difficult Targets

● Closed-loop Dry wet Iteration with 3 week cycle

● High Efficiency: <300 sequences → better molecule

● Fast: PCC+ in 8 months

● Low CMC Risk: Developability co optimized

● Comprehensive Data Package: In vivo/vitro + stable cell line

● Clinically De-risked: Epitope aligned with validated template antibody

● Accelerated Clinical Pathway: Potential bypass phase 2

Service Process

Case Study

  • Case 1: Generation of mAb Blocking Both TargetA/B

    TargetA and TargetB exhibit only 55.65% homology, presenting a substantial barrier for the generation of high-affinity cross-reactive antibodies. Standard discovery workflows often lead to unbalanced potency or loss of binding for the less conserved target.



    AlfaBodY Solution:
    ● Precision Screening: Screened 222 candidate antibodies across four intensive rounds of selection.
    Synchronized Optimization: Boosting anti-TargetA affinity while simultaneously maintaining anti-TargetB affinity each round.
    In Vitro Potency: Cellular functional assays demonstrated exceeding the primary reference benchmark.
    In Vivo Proof-of-Concept: Animal models confirmed statistically significant superior efficacy compared to the benchmark, validating the therapeutic potential of the dual-blockade mechanism.



  • Case 2: Overcoming GPCR Discovery Challenges—High-Affinity GIPR mAb Generation


    AlfaBodY Solution:
    Precision Screening: 157 antibodies over 4 rounds, with clear affinity gains per round.
    Candidate molecule affinity: up to 22 fold increase
    In vivo efficacy: In DIO mice, monotherapy weight loss comparable to Sema, no rebound off treatment.


    Global Bioprocessing Made Simpler and More Efficient