Guido H. Wabnitz

The paper identifies tumor-inhibitory fibroblasts that produce fibronectin, which activates signaling pathways in neighboring cells to enhance immune response against early cancer.

This study shows that modulating collagen-binding integrins can reduce fibrosis by inhibiting fibroblast activation in both liver and lung models, with differing mechanisms depending on the tissue.

The paper benchmarks machine learning algorithms for cytometry data analysis, finding decision trees provide high accuracy, speed, and memory efficiency for immune cell phenotype quantification.