Science

Antibody advantage: Precision targeting of cancer cells

We are developing an antibody-based technology that targets a unique protein marker common on tumor cells but rare in healthy tissue. Our Antibody Drug Conjugate (ADC) platform is designed to deliver potent cancer-killing drugs with precision. By combining engineered antibodies with our proprietary stable linker and tailored payloads, our technology remains stable in the bloodstream and ensures controlled payload release only once inside tumor cells. This platform is built to address multiple aggressive cancers that currently lack effective therapies, enabling targeted treatment where it’s needed most.

Diagram showing how traditional chemotherapy circulates through the entire bodyDiagram highlighting targeted ADC delivery that concentrates drug at tumor sites

Compare systemic chemotherapy exposure with the targeted delivery of Antigenix ADCs.

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Patented design

Our patented antibody can serve as the foundation for multiple precision therapy formats. By pairing the same targeting antibody with different types of treatment, we can attack cancer through multiple mechanisms. This flexibility allows us to build a diverse pipeline from a single innovation.

Illustrations of bispecific ADCs and radioimmunoconjugates
Bispecific ADCsRadioimmunoconjugates
Illustrations of T-cell engagers and ADCs
T-cell engagersADCs

ADCs Explained

Redefining cancer therapy through precision targeting

Antibody–drug conjugates (ADCs) are a class of precision therapeutics reshaping the future of cancer treatment. Unlike chemotherapy, ADCs are designed to selectively target and kill tumor cells while sparing healthy tissue.

Antigenix antibody graphic

How ADCs work

Steps one through five of the ADC mechanism
Step six header indicating ADC-induced cell death
Stages one and two of ADC-induced cell deathStage three of ADC-induced cell death
Stage four of ADC-induced cell death