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Antibodies

Recombinant monoclonal rabbit antibodies targeting clinically relevant extracellular domains. Validated for IHC on FFPE

tissue and ELISA-based profiling.

IHC & Multiplex Services

Let us stain and analyze your samples.

We offer IHC services using one or more

of our antibodies to reveal spatial patterns

and co-expression in tissue panels.

Custom Antibody Development

Need a recombinant antibody against

a novel or unlisted target? We develop

CHO-expressed, IHC-compatible antibodies based on your research needs.

 

Designed for Biomarker Research in a Therapeutic Context

Our recombinant antibodies are designed to target therapy-relevant extracellular domains—the same regions recognized by therapeutic antibodies, ADCs, and CART cells. The highly conformational epitopes bound by these therapeutics are usually lost during formalin fixation and antigen retrieval. In contrast, our antibodies bind linear epitopes within the same domains, enabling reliable detection in FFPE tissue and making them ideal for IHC-based biomarker research.


Each antibody is a recombinant monoclonal rabbit IgG with domain-specific binding validated in IHC on FFPE samples and ELISA-based profiling.

What targets are you working on?

Why our Antibodies?

Domain-Specific Targeting

Linear epitopes in the same domains recognized by therapeutic antibodies and CAR-Ts.

Validated on FFPESamples

Reliable IHC performance using standard fixation and antigen retrieval protocols.

CHOExpressed

Monoclonal rabbit IgGs produced

recombinantly for lotto-lot consistency

Our bestsellers for ADC biomarker discovery

Anti-HER3 [Clone EL-A01]

Binds Domain III of HER3, the extracellular region targeted by therapeutic antibodies like Patritumab Deruxtecan and Lumretuzumab.

Anti-HER3 [Clone EL-A01]

Binds Domain III of HER3, the extracellular region targeted by therapeutic antibodies like Patritumab Deruxtecan and Lumretuzumab.

Anti-HER3 [Clone EL-A01]

Binds Domain III of HER3, the extracellular region targeted by therapeutic antibodies like Patritumab Deruxtecan and Lumretuzumab.

Reveal the Spatial Complexity of Therapeutic Targets

See how our domain-specific antibodies enable multiplexed IHC to visualize the co-expression and spatial heterogeneity of drug targets within the same tumor sample.


Using our IHC-validated antibodies in multiplex panels, researchers can investigate multiple therapy-relevant targets within the same FFPE section while preserving spatial context. This allows for detailed visualization of co-expression patterns, mutual exclusivity, and the distribution of drug targets across distinct tumor cell subpopulations, providing insights that are not accessible through bulk or single-marker analyses.

 
 

Affordable, Scalable IHC and Multiplex Screening forTranslational Studies

We offer high-throughput staining, imaging, and reporting using our domain specific antibodies—ideal for biomarker profiling across tumor panels.


We offer scalable IHC and multiplex staining services using one or more of our antibodies. This service is ideal for projects that require analysis across large sample sets, such as biomarker profiling across different tumor entities or validation of domain-specific expression patterns.


We provide staining, imaging, and result reporting on customer-supplied or commercially sourced FFPE tissue sections.

Starting at only 19 € per tumor sample*


*with a minimum order of 100 samples and depending on tumor entity

Custom Antibody Development for Your Target

We create CHO-expressed, domain-specific recombinant antibodies tailored to your research needs. All antibodies are monoclonal and validated for IHC on FFPE tissue.


If your project focuses on a target not included in our main catalog, we offer

antibody development services tailored to your research needs. All services are based on our proprietary core platform of domain-specific, CHO-expressed, monoclonal antibodies validated for use in FFPE IHC.

 

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