This WP requires a combination of novel experimental techniques and modelling (deterministic and stochastic) approaches, and thus mathematicians (B1, B2, B8) and experimental immunologists (B5 and B8) will work closely together. The main objective is to quantify whole body compartmentalisation and kinetic rates of naive and memory T cells and develop suitable mathematical models.
ESRs in this WP will study the relationship between different memory T cell populations in and outside the circulation and will make in-depth studies of the TCR repertoires of purified naive and memory T cell populations (in health and disease) using NGS.
The main objective is to develop novel statistical, mathematical and computational tools for naive and memory TCR repertoires to study overlap and clonal sizes.
Modelling the immune response to antigens is a complex endeavour that no single mathematical approach has so far been able to capture. In order to build quantitative models of immunotherapies, sophisticated new data and multi scale computational methods are required. To investigate T cell signal integration, new experiments will be performed at P1 and interrogated.
The main objective is to develop mathematical and computational methods to explore T cell immunotherapies and T cell immunogenicity.
This work package will ensure broad dissemination of QuanTII research results and findings to the general public and the research community, and will be achieved through journal article publications, review reports, public engagement activities, dissemination of results and methods by the network website, and so on.
Work Package 6 - Management
The main objective for this work package is to establish, manage and coordinate a major international training and research network.