Markus Rottmar

This paper introduces a method to create skin models with dermal-epidermal junction-like microtopography using hydrogel swelling, supporting cell co-culture and stratified epithelia formation.

This study identifies molecular programs in macrophages stimulated by tumor-derived cues, linking them to clinically relevant TAM states and functions.

This paper develops light-responsive hydrogel-based valves that can open and close rapidly in response to light, with tunable behavior and high pressure resistance for biomedical applications.

This study identifies key kinases and transcription factors regulating immunosuppressive macrophages and validates proteomic signatures for detecting pro-inflammatory macrophages in tumors.