Christine Selhuber‐Unkel

The paper identifies 'soft' and 'stiff' fibroblast states in rheumatoid arthritis using mechanophenotyping and transcriptomics, linking them to patient pathotypes and treatment response.

This study uses imaging to show how TRAP and CSP dynamics drive adhesion and trail formation in malaria sporozoites, revealing a link between adhesion and trail formation.

This study examines VPA-induced changes in dorsal forebrain organoids using multiomics approaches, revealing disruptions in ECM and microenvironment signaling.

This study investigates transcriptomic and biomechanical changes in breast cancer cells during intravasation by comparing cells in microtumors to released cells, finding increased YAP/TAZ signaling and malignant markers in released cells.

The paper develops a mathematical model to predict integrin-mediated cell adhesion strength on light-responsive biomaterials and simulates retraction curves under varying experimental conditions.

This study investigates how influenza A virus morphology affects entry kinetics and cell-to-cell spread, finding that filamentous viruses spread more slowly and are advantageous under neutralizing antibody pressure.

This paper develops a 2-photon printing method to create 3D microstructures for mechanically stimulating multicellular systems, showing cells change morphology under cyclic stretch.