Antibody
Discovery

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From Immunization to lead selection Smarter, faster and
de-risked

We specialize in high-performance antibody generation powered by the Beacon® platform, enabling rapid isolation and functional screening of top-quality antibodies within days. Our versatile immunization strategies (protein, peptide, cell, or mRNA-based) fit every target challenge.

From early discovery to lead selection, MImAbs de-risks your development and streamlines your path toward clinical candidates.

Solving the Key Challenges of Ab Discovery

Rapid & Reliable Discovery

Identify new antibodies based on target binding, affinity, cross reactivity and functionality, all on Day1 using our Beacon® platform.

Tailored Immunization 
Strategies

Protein, peptide, cell, or RNA-based approaches adapted to your target complexity.

De-risked Development

Expert guidance and real-time functional screening ensure robust, validated leads.

Proven Discovery Expertise

Hundreds of high-quality antibodies generated using the Beacon® platform, against various target types.

Speed and Efficiency

From customized immunization strategies to lead selection within days, enabling very fas timelines.

Integrated Functional Screening

Real-time assessment of antibody binding and cross-reactivity  ensures rapid identification of the best leads based on function.

We offer a versatile portfolio of immunization strategies to accelerate antibody development—whether you’re targeting a challenging membrane protein, seeking mutation-specific detection, or preparing a therapeutic candidate. Immunization strategies:
  • RNA: Ideal for targeting native membrane proteins and complex conformational epitopes that are difficult to produce in vitro (proprietary protocol)
  • Peptide: Suitable for producing antibodies against defined linear epitopes or to target epitopes arising from post-translational modifications
  • Protein: Best for generating antibodies against soluble proteins or containing a large extracellular domain
  • Cells: Useful when the antigen is difficult to produce as protein, frequently combined with RNA immunization
Immunization type:
  • Classical: Delivers broad and strong antibody responses for projects requiring diverse and high-affinity antibodies.
  • RIMMS (Repetitive Immunization Multiple Sites): Fast, streamlined antibody production delivering target responses in two weeks.
We leverage Bruker’s Beacon® Optofluidic system to accelerate therapeutic antibody discovery, enabling high-throughput screening of tens of thousands of antibody-producing cells. The know-how developed at MImAbs combines affinity- and function-based selection of lead candidates from Day 1. We can also deploy Phage Display and Hybridoma technologies on demand to broaden target coverage
   
Beacon technology:
  • Use case: Rapid, high-throughput cloning and screening of single antibody-secreting cells directly obtained from immunized animals or human donors
  • Properties: Real-time functional assays at the single-cell level, with high-precision multiplex screening of antibodies on cells transfected with the target antigen or antigen-coated beads. Allowing the direct measure of binding affinity, internalization, cross reaction or blocking activity
  • Strenght: Speed, precision, multiplexing capability
    Hybridoma technology:
  • Use case: Traditional monoclonal antibody production by fusion of B cells from an immunized animal with myeloma cells to generate stable antibody-producing clones.
  • Properties: Proven, reliable but slow and low throughput method with well-established protocols
  • Strenght: cost-effectiveness
Phase Display technology:
  • Use case: in vitro selection of antibodies from libraries of recombinant M13 phages carrying antibody genes from human donors, non-immune or immunized animals.
  • Properties: Large size libraries (>10^9); may avoid animal immunization; better for challenging antigens, allows human antibody discovery.
  • Strenght: Fast and cost-effective
Following the function-based identification of the clones of interest on our Beacon® Optofluidic platform,  live single B cells are immediately exported in individual microplate wells. Following cell lysis mRNA is captured, converted to cDNA, and the VH and VL  regions are amplified using Bruker’s Opto Plasma B Discovery Sanger Prep Kit. We then use the PipeBio bioinformatic suite for :
  • Sequence annotation and clustering
  • Comparative analysis
  • Clonal lineage tracing.

Single B cell screening

In a single-day experiment, the Bruker Beacon® platform is used to identify and isolate individual plasma cells producing antibodies against a tumor-associated antigen (TAA). The platform enabled high-throughput screening for neutralizing activity and cross-reactivity against antigen analogs, delivering a diverse panel of candidate antibodies in a single run.

From target to lead antibody discovery tailored to your goals

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