Our Science
Unlocking the Full Potential of T Cell Therapy
Selective in vivo expansion of tumor-specific T cells enabling persistent and strong anti-tumor responses
Our Novel Combination Approach Delivers Superior Cell Therapy Outcomes:
- Enhanced Efficacy – Selective in vivo expansion, activation and persistence of tumor-specific T cells
- Improved Safety – Eliminates systemic IL-2 dosing and its associated toxicities
- Simplified Treatment – Limits the need for patient lymphodepletion preconditioning
- Lower Costs, Faster Delivery – Enables reduced T cell therapy doses, lower costs and shorter vein-to-vein times
- Broad Scalability – Addresses broad patient needs across multiple cancer indications
- Simple Engineering – Naturally occurring T cell receptors with clinically validated off the shelf biologics booster
Limitations in T Cell Therapy
Our Transformative Approach
- Need for very high T cell therapy doses
- Need for systemic and toxic cytokine administration
- Complex engineering and high manufacturing costs
- Lack of long term-efficacy and persistence
- Starting with a very low T cell therapy dose
- Expanding and sustaining tumor-specific T cells
- Clinically validated and safe T cell booster
- No complex cell engineering and manipulation
Selecting the Best Naturally Occurring T Cell Receptors
Our Deep Immunomics platform enables discovery and selection of natural occurring TCRs with high potency and no cross-reactivity.
Precise Activation and Expansion of Tumor-Specific T Cells
ImmunoSTATâ„¢ Platform CUE-100 Series
- Clinically validated and tolerated
(safe administered to 100+ Patients) - Off-the-shelf availability
- Flexible antigen and HLA modularity
- Ease of manufacturability and scale
Mimicking the Natural Immune Synapse
- Selective binding by T cells expressing the cognate TCR
- Two-signal activation mediated through the specific TCR and the costimulatory domain
- Exclusive activation and expansion of tumor-epitope specific T cells
A Cell Therapy Platform for Tomorrow
A Modular Platform Accelerating the Development of Novel Therapies
Some images created with Biorender
