Rosangela Sozzani

The paper quantifies Dorsal/NF-κB mobility and DNA binding along the dorsal-ventral axis of Drosophila embryos, revealing a gradient in DNA binding that affects gradient formation and downstream gene expression.

This study identifies TGA transcription factors, particularly PAN, as nitric oxide sensors in the root stem cell niche, revealing their role in modulating gene expression and stem cell maintenance through S-nitrosylation.

The paper identifies temperature-associated phosphoprotein signatures in wheat to inform breeding for heat tolerance.

The paper reconstructs a spatiotemporal transcriptional map of lateral root organogenesis in Arabidopsis, revealing a morphogenic cascade of transcription factors and identifying QC/Endodermis cells as stem cell progenitors.

This study optimizes 3D bioprinting parameters for plant cells, showing improved viability in Tobacco BY-2 and Arabidopsis root protoplasts under phosphate starvation.

OsG1L1 and OsG1L2 control panicle architecture by delaying the transition from indeterminate branch- to determinate spikelet-meristem identity.

The paper develops a hybrid model integrating ODEs and agent-based modeling to study the coordination of stem cell divisions and regulatory interactions in plant root stem cell niches.

The paper identifies a stem-cell-ubiquitous gene, TCX2, that coordinates division across different stem cell types in Arabidopsis by regulating stem cell-specific networks.

This study combines spatial and temporal gene expression data with computational methods to predict gene regulatory networks in Arabidopsis stem cells, identifying PERIANTHIA as a key regulator of quiescent center function.