Crisanto Gutiérrez

The paper uses time-series snRNA-seq to study flower development in Arabidopsis, identifying FUL's regulation of KRP2 as a key bifurcation point between cell cycle and developmental programs.

The paper shows warm temperature reduces stomata production in Arabidopsis by inducing diverted precursors through PIF4-mediated repression of SPCH.

The paper identifies GGN clusters as sequence motifs enriched in DNA replication origins across eukaryotes, showing their association with nucleosome organization and G-quadruplex structures.

This study shows that MEA, a Polycomb group protein in Arabidopsis, is essential for embryonic patterning and cell lineage determination, independent of endosperm function.

The paper identifies retrotransposons as DNA replication origins in gene-poor heterochromatin of Arabidopsis, showing their association with specific chromatin features and GC content.