Decoding and engineering multiscale mechanoresponses in synthetic and biological tissues
Dauer: 48 Monate, Fördersumme: € 949.986
Designing synthetic antigen-presenting cells to determine the 3D nanoenvironment of T-cell antigen recognition
Dauer: 48 Monate, Fördersumme: € 897.677
Dynamic nanoscale reconstruction of endocytosis with high-throughput superresolution microscopy and machine-learning
Dauer: 48 Monate, Fördersumme: € 799.809
The physics of active biological materials across scales.
Dauer: 96 Monate, Fördersumme: € 1.599.220
Elucidating the mechanics of mitotic chromosome assembly by light-, electron-, and atomic force microscopy
Dauer: 60 Monate, Fördersumme: € 700.000
Imaging of DNA folding by cohesin through time resolved single molecule light, atomic force and cryo-electron microscopy
Dauer: 48 Monate, Fördersumme: € 700.000