Tools

Softwares developed in the team to explore and study the tumor microenvironment (TME)

CellTFusion logo
CellTFusion
R

Integrates immune cell-type deconvolution with prior-knowledge TF–gene networks to characterise cell states of the tumour microenvironment from bulk RNA-seq.

multideconv logo
multideconv
R

Integrative pipeline for cell-type deconvolution from bulk RNA-seq, combining first- and second-generation methods.

multimethconv logo
multimethconv
R

Integrative pipeline for cell-type deconvolution from DNA methylation data.

RaCInG logo
RaCInG
R

Random graph model to infer cell–cell communication networks in the tumour microenvironment from bulk RNA-seq.

pipeML logo
pipeML
R

Modular machine-learning framework for leakage-free classification and survival models through custom cross-validation fold construction.

tysserand logo
tysserand
Python

Fast and accurate reconstruction of spatial networks from bioimages.

MOSNA logo
MOSNA
Python

Multi-omics spatial network analysis — patterns and community detection in spatial networks.

GARDEN-NET logo
GARDEN-NET
TypeScript

Genome ARchitecture DNA Epigenome and Nucleome — Network Exploration Tool for 3D chromatin interaction networks.

PhysiGym logo
PhysiGym
Python

Bridges the Gymnasium reinforcement-learning interface and the PhysiCell agent-based modelling software.

mcp-tme-servers
mcp-tme-servers
Python

A collection of MCP servers that let AI agents study the tumour microenvironment from bulk RNA-seq data.

All repositories on GitHub

Partnerships & funding

Janssen Horizon Toulouse Tech Transfer Inserm Transfert Région Occitanie France 2030 Fondation pour la Recherche Médicale La Ligue contre le cancer Cancéropôle Grand Sud-Ouest