Angelo Valleriani

This paper presents a theoretical model showing how tumor microenvironment feedback can lead to dynamic cancer dormancy and awakening through changing cancer-host interactions.

The paper quantifies calcium transport during avian embryonic bone growth using 3D imaging, revealing that intracellular transport speeds remain constant despite increased mineral deposition rates.

This paper introduces a 3D stochastic cellular automaton model to simulate bone remodeling dynamics and derives a phase diagram showing how parameter changes affect the process.

The paper introduces a statistical method to identify reproducible Ribo-seq profiles in E. coli, finding only 49 highly reproducible profiles across multiple datasets.

The paper re-analyzes protein half-life data in yeast to provide consistent estimates, finding that protein stability correlates with abundance and function.