Rodrigo G. Arzate‐Mejía

The paper shows that paternal diet affects both paternal and maternal transcriptomes in early embryos through distinct sperm-related mechanisms.

This study shows early-life stress alters the transcriptome and chromatin accessibility of mouse spermatogonial cells, with molecular signatures persisting into adulthood.

The paper shows that stress-induced changes in extracellular vesicles from mice can alter sperm and embryo transcriptomes, leading to metabolic issues in offspring.

NanoTag is an IgG-free method for mapping DNA-protein interactions using a nanobody-Tn5 transposase fusion, showing high correlation with CUT&Tag data in mouse embryonic stem cells.

This study examines how 3D chromatin organization in mouse liver changes throughout the circadian cycle, revealing dynamic domain assignments and promoter-specific chromatin contacts.

The paper examines chromatin remodeling and gene expression dynamics in mouse spermatogonial cells across postnatal development using RNA-seq and ATAC-seq.

This study shows that deleting domain boundaries in Drosophila causes TAD fusion and transcription defects, highlighting their role in genome organization and gene regulation.