Infinitopes

Infinitopes

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Private Company

Total funding raised: $19M

Overview

Infinitopes is an Oxford University spin-out developing a next-generation cancer vaccine platform, termed Precision Immunomics™. The company combines a proprietary antigen discovery engine, which uses laboratory, computational, and machine learning workflows to identify optimal tumor targets, with a novel vector platform designed to induce potent and durable T-cell immunity. With a team experienced in over 70 oncology clinical trials, Infinitopes is accelerating towards a Phase I/IIa trial by the end of 2024, aiming to integrate its vaccines with standard care to improve patient outcomes.

Oncology

Technology Platform

Precision Immunomics™: An integrated platform combining a proprietary antigen discovery engine (using lab, computation, and ML to identify highly-expressed, immunogenic tumor antigens) with a novel vector platform designed to induce potent and durable T-cell immunity.

Funding History

2
Total raised:$19M
Series A$15.8M
Seed$3.2M

Opportunities

The company is positioned in the high-growth cancer vaccine market, revitalized by mRNA platform success.
Its precision approach targeting optimal antigens and inducing durable T-cell immunity addresses key historical efficacy limitations.
Successful clinical data could lead to partnerships with large pharma or standalone development in multiple solid tumor types.

Risk Factors

High scientific risk that preclinical results will not translate to human efficacy and safety.
Operational and funding risk as a private, preclinical company reliant on raising capital to reach clinical milestones.
Intense competition from numerous well-funded entities in the immuno-oncology and cancer vaccine space.

Competitive Landscape

Infinitopes operates in the highly competitive cancer vaccine/immunotherapy sector, competing with large pharma (e.g., Moderna, BioNTech, Merck) and other biotechs using mRNA, viral vector, and personalized neoantigen approaches. Differentiation hinges on the claimed superiority of its integrated Precision Immunomics™ platform for target selection and immune activation.