About sCAFfold
A centralized, community-driven resource for Cancer-Associated Fibroblast research — a decade of global CAF knowledge in one platform.
What is sCAFfold?
sCAFfold is a centralized, community‑driven resource designed to accelerate and strengthen CAF research. Built from 1,374 publications and 2,690 manually curated experiments spanning 2016–2025, it brings together a decade of global CAF knowledge into a single, accessible platform.
At its core, sCAFfold offers an interactive knowledgebase paired with multi‑omics datasets, enabling researchers to explore how experimental parameters influence CAF states, functions, and phenotypic outcomes. By linking experimental design to biological interpretation, the platform helps users navigate the complexity of CAF biology with clarity and precision.
sCAFfold is the product of an international collaboration among research groups. This collective effort reflects a shared commitment to improving transparency, reproducibility, and methodological consistency in the field. By unifying dispersed data and providing intuitive tools for exploration, sCAFfold aims to empower researchers, support new discoveries, and create a more connected and rigorous CAF research community.
By the Numbers
What Can You Do?

Knowledgebase Search
Query the full database of CAF experiments using flexible filters. Search by species, tissue, disease condition, culture model, and more.
Open Query Tool
Data Visualization
Explore CAF experimental parameters interactively. Build charts and network diagrams by selecting a starting variable and layering filters.
Open Visualizer
Omics Integration Coming Soon
Multi‑omics datasets — RNA-Seq, proteomics, single-cell — cross-referenced with curated CAF experimental metadata, linking molecular profiles to experimental design.
Open visualizationUnder Construction
The Team
Felix De Vuyst
Lead Developer & Curator
Sándor Dedeyne
Developer
Olivier De Wever
Principal Investigator
Reference
Felix De Vuyst, sCAFfold Consortium, Olivier De Wever (2026). sCAFfold: A systematic framework for open learning and discovery of cancer-associated fibroblast experimental practices.
(in preparation)