A. V. Taubenberger

The paper identifies a self-propagating motion mechanism in skull bone morphogenesis driven by mechanical feedback between stiffness and cell fate, termed noncanonical antidurotaxis.

This study investigates how adipocyte shape, size, and lipid accumulation affect mechanical properties of adipose tissue in health, obesity, and diabetes.

This study uses Brillouin microscopy to map tumor spheroid mechanics in 3D hydrogels, showing that stiffness and degradability affect mechanical properties and cell invasion.

This paper introduces FOB microscopy to measure sub-cellular density and mechanics with fluorescence specificity, revealing differences between nucleoplasm and cytoplasm.

This study measures tissue stiffness changes in zebrafish spinal cord during repair, finding transient stiffening that correlates with cellular and structural changes.

This study shows that 3D microenvironment stiffness affects tumor spheroid growth and mechanics through p21 and ROCK pathways.

This study shows that oncogenic Ras-ERK signaling changes cell mechanics and division behavior under confinement, aiding mitotic rounding and chromosome segregation.