RT @NatRevMater: Confined cell migration can be described by a stochastic equation of motion, revealing differences in the migration dynami…
RT @NatRevMater: Confined cell migration can be described by a stochastic equation of motion, revealing differences in the migration dynami…
RT @NatRevMater: Confined cell migration can be described by a stochastic equation of motion, revealing differences in the migration dynami…
RT @NatRevMater: Confined cell migration can be described by a stochastic equation of motion, revealing differences in the migration dynami…
RT @ChristineHorejs: To all cell migration people! Check out my new research highlight in @NatRevMater https://t.co/imXs7p0uDU
RT @ChristineHorejs: To all cell migration people! Check out my new research highlight in @NatRevMater https://t.co/imXs7p0uDU
RT @NatRevMater: Confined cell migration can be described by a stochastic equation of motion, revealing differences in the migration dynami…
RT @NatRevMater: Confined cell migration can be described by a stochastic equation of motion, revealing differences in the migration dynami…
To all cell migration people! Check out my new research highlight in @NatRevMater
Confined cell migration can be described by a stochastic equation of motion, revealing differences in the migration dynamics of cancerous and non-cancerous cells. Our new Research Highlight on the work by Chase Broedersz @LMU_Muenchen @NaturePhysics https: