What is Fast-Track®
T-Cell?

T-cell products and models engineering combined to preclinical services

Advanced omics to perform target validation, optimization,
and elucidate mode of action before stepping into clinical steps.

Discuss my project

Fast-Track® T-cell moves T-cell products and models efficiently to clinical steps

Accelerating the selection of lead T-cell products and models

The Fast-Track® T-Cell innovative platform leverages 15 years of experience by CIML/CIPHE, underscoring JC Discovery® position as a leader in the field. We aim to accelerate the selection of lead T-cell products and models for clinical translation by:

- Gene-editing and engineering of therapeutic T-cells.
- In vivo preclinical evaluation of anti-cancer adoptive T-cell therapy including CAR-T cells using the suite of immuno-deficient and humanized mouse models developed by Janvier Labs.
- Deciphering the mode of action of therapeutic compounds targeting pathogenic human T-cells using advanced interactomics.
- Developing genetically enhanced CAR-T cells with improved effector functions and durability.

We intervene on the "validation target" segment of the discovery process via the design of new preclinical models with high predictive value for clinical safety and efficacy.

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Fast-Track®
Immunomics

Characterise your models (immunoprofiling) and access knowledge with gold-standard immunomics.

Fast-Track®
Breeding

Fast colony expansion and preservation for your preclinical trials.

Fast-Track®
Delivery

Your models delivered directly to your facilities with dedicated transport.

Frequently asked questions

What are the objectives of Fast-Track® T-Cells?

Fast-Track® T-Cells offers precision R&D preclinical programs to accelerate the selection of lead T-Cell products and models:
- Gene editing and engineering of therapeutic T-Cells
- In vivo preclinical evaluation of anti-cancer adoptive T-Cell therapy including CART-T cells
- Mode of action of therapeutic compounds using advanced interactomics
- Enhanced CART-T cells with improved effector functions and durability