• Home
  • Technology
  • Team
  • Contact
  • More
    • Home
    • Technology
    • Team
    • Contact

  • Home
  • Technology
  • Team
  • Contact

INTRODUCING MARC: A REVOLUTION IN CELL THERAPY.

Our proprietary Modular Actuation Receptor Cells (MARC) harness the natural architecture of immune receptors to create a superior immunotherapy against cancer and autoimmune diseases

  • Modular complex with separate targeting and signaling modules
  • Powerful signaling fully activate cells
  • ON when triggered but OFF when recycled
  • Single signal output 

  • Single component with connected targeting and signaling domains
  • Weak signal prevents full engagement of cell response
  • Always ON (tonic signal) causes cell exhaustion and toxicity

  • Modular complex with separate targeting and signaling modules
  • Powerful signaling fully activates cells
  • ON when triggered but OFF when recycled
  • Multi-signal output

Conventional cell therapies fall short.

  • Produce toxicities in the patient (ex: tonic signalling leading to cytokine release syndrome or off-target activity)
  • Have limited persistence (ex: due to cell exhaustion) leading to incomplete recovery or disease relapse
  • Are limited to a certain cell type, missing the potential for a collaborative immune response 
  • Are incompatible with stem cell differentiation 
  • Are costly and difficult to scale 

The MARC technology profile delivers the solution.

Complex and logic-gated

Modular receptors allow us to engineer bespoke signalling outputs to direct desired cell behaviors (ex: proliferation, survival, memory, activation).  This unique technology provides an enhanced and sustained immune response, specific to the disease in question. 

Immune cell-agnostic

MARC technology is proven to work with many immune cell types, including but not limited to: T cells, NK cells, macrophages, monocytes, and dendritic cells. 

Compatible with iPSCs/stem cells

MARC expressing stem cells/iPSCs can effectively differentiate to recreate the entire immune system and produce a full range of anti-cancer responses.

Safer and more persistent

MARC-T cells release significantly less of the cytokines classically associated with CAR-T cell toxicity. Moreover, MARC-T cells shown far less cell exhaustion and can therefore provide a sustained response to effectively cure cancer and prevent relapse.

Investors & Partners

Collaborate with Us!

Contact us to explore opportunities for collaboration
Contact us

Copyright © 2025 Modulari-T Biosciences - All Rights Reserved.

Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept