Introducing Novel AI and Biochip-based Epitope Mapping and Immunogen Design
Introducing Novel AI and Biochip-based Epitope Mapping and Immunogen DesignIntroducing Novel AI and Biochip-based Epitope Mapping and Immunogen DesignIntroducing Novel AI and Biochip-based Epitope Mapping and Immunogen Design
Of Any Target of Any Disease for Your Vaccines and Peptides!
Introducing Novel AI and Biochip-based Epitope Mapping and Immunogen Design
Introducing Novel AI and Biochip-based Epitope Mapping and Immunogen DesignIntroducing Novel AI and Biochip-based Epitope Mapping and Immunogen DesignIntroducing Novel AI and Biochip-based Epitope Mapping and Immunogen Design
Of Any Target of Any Disease for Your Vaccines and Peptides!
Leveraging the discovery of transglutaminase-mediated immunodominance (https://patentscope.wipo.int/search/en/detail.jsf?docId=WO2023021335), Tree of Life Biologics INC. provides novel and proprietary artificial intelligence and biochip-based epitope mapping and immunogen design services and products for the development of vaccines and pe
Leveraging the discovery of transglutaminase-mediated immunodominance (https://patentscope.wipo.int/search/en/detail.jsf?docId=WO2023021335), Tree of Life Biologics INC. provides novel and proprietary artificial intelligence and biochip-based epitope mapping and immunogen design services and products for the development of vaccines and peptides aiming to prevent and treat most life-threatening diseases today.
How We Help
Experience the Difference
How We Help
We perform cost-efficient epitope identification algorithms and high-throughput protein array-based immunogen screening campaign to determine the immunodominant epitopes and their variants in any target protein of any disease.
Experience the Difference
Experience the Difference
Experience the Difference
Our platform for immunogen determination and optimization is a technology evolving epitope design. First, the epitope candidates would induce both humoral and T cell responses. Second, our approach could optimize the epitope motif into a more immunoreactive variant. Third, introduction of glutamine residues is able to create immunogenicity for a peptide.
Disclaimer
Our services and products are theoretically designed and may require further validations.
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