Recombinant antibody-EnkiLife

Recombinant Monoclonal Antibodies | EnkiLife

What are Recombinant Antibodies?

Recombinant antibodies are generated through recombinant DNA and protein engineering technologies. The antibody coding genes are processed, modified, and reassembled according to different application requirements, then transfected into appropriate host cells for in vitro expression. By modifying or engineering the gene sequences, higher quality and sensitivity recombinant antibodies can be achieved, suitable for wide applications and enabling large-scale production.

Why Choose Recombinant Antibodies?

Inconsistent results from the same antibody in parallel experiments can often mislead scientists, and an unreliable antibody can cause significant losses. This is usually related to the antibody production process. Unlike conventional monoclonal and polyclonal antibodies, recombinant antibodies are derived from in vitro cell expression and undergo multiple rounds of rigorous screening and validation, providing solutions for researchers facing challenges in proteomics, human health, and drug discovery.Browse our comprehensive recombinant monoclonal antibody series covering protein targets from human, mouse, rat, monkey, chicken and more species. Each product undergoes rigorous quality control and application validation.

View All Recombinant Antibodies

Antibody Type Comparison Guide

Feature	Recombinant Rabbit Monoclonal Antibody	Traditional Monoclonal Antibody	Traditional Polyclonal Antibody
Source	Derived from rabbit monoclonal antibody-producing cell lines	Derived from hybridoma cells	Derived from immunized mammals
Sensitivity	+++	+++	++++
Specificity	+++	++	+
Lot-to-lot Stability	+++	++	+
Epitope Drift	None	+	++

Our Advantages

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Ultra-high Specificity

Antigen-specific single B cell sorting technology enables isolation of monoclonal antibodies targeting antigens in their native conformation. Primarily derived from rabbits, whose immune system is superior to mice, capable of generating more diverse antibodies with higher probability of obtaining high specificity and sensitivity.

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Excellent Sensitivity

Recombinant antibodies engineered and optimized through sequence modification (such as Fc region) show higher sensitivity and expanded application range without affecting specificity. Verified through multiple advanced validation methods to ensure correct target binding in every experiment.

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High Consistency

Recombinant monoclonal antibodies demonstrate superior lot-to-lot stability, avoiding individual deviations associated with traditional animal immunization. DNA sequences won't undergo genetic drift, ensuring long-term stable performance.

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Supply Flexibility

In vitro expression is not limited by animals, enabling continuous antibody production through cell culture. Suitable for large-scale manufacturing with stable supply to meet long-term research needs.

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Rigorous QC

Undergoes strict two-step antibody validation including target specificity confirmation and functional application validation. Each antibody is tested for purity, functionality, and lot consistency to ensure experimental reliability.

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Wide Applications

Suitable for ELISA, Western blot, immunohistochemistry, flow cytometry, immunocytochemistry, and other techniques to meet diverse research field requirements.

Experimental Data Validation

Our recombinant antibodies undergo rigorous validation across multiple experimental techniques to ensure reliable results in different application scenarios,the following examples demonstrate performance recombinant antibodies.

Western Blot

Specific target band recognition with low background

IHC

Immunohistochemistry

Clear tissue localization with uniform staining

ICC

Immunocytochemistry

Precise subcellular localization