The mechanics of cancer growth
How cancer cells spread in response to physical cues from their surroundings
Signaling in cell fate specifcation
Both when and where matter
Taking pole positions
How polarity proteins localize at opposite poles during symmetry breaking
Predicting mechanical lifetime
Modelling mechanosense and response
Forcing apart the dual role of formin and profilin
Mechanical and biochemical regulation of actin filament polymerization
Building heart connections
How heart cells find their partners
Predicting DNA-protein interactions
Fast quantification of DNA-protein interactions under force and torque constraints
Physically rewiring the genome
Researchers turn mature cells into stem cells using mechanical cues alone
Determining genomic architecture
Network analysis reveals 3D chromosome organization
Modeling nuclear dynamics
How fluctuations in the cell cortex influence nuclear shape
Controlling how bacteria respond to stress
Bacterial self-protection by self-acidification
Lipid-mediated DNA repair
How phosphoinositides regulate ATR recruitment
