Jixing Zhong

The paper develops a limb organoid model to study how signaling centers direct cell fate and spatial organization during limb development.

The paper uses a multi-species single-cell atlas to resolve whether axolotls regenerate limbs by re-forming AER cells, finding they do not fully re-form AER but use a novel mesoderm-based program.

This study creates the first single-cell chromatin accessibility atlas of the lancelet, revealing regulatory elements and developmental trajectories.

This study creates the first single cell atlas of T21 cerebral cortex, identifying dysregulated genes and developing a platform for data exploration.

This study creates the first single-cell brain atlas of domestic pigs, identifies cell types and their spatial distribution, and compares them with other species to reveal evolutionary and disease-related insights.

This study uses single-cell RNA-seq to analyze human infant retina, identifying cell types, communication networks, and developmental changes, providing a resource for retinal research and regenerative medicine.

This study uses single-cell RNA sequencing to analyze the cellular diversity and molecular markers in the retina of a trisomy 21 fetus, revealing communication networks and novel markers.

FabriEVEs is a database that collects, classifies, and annotates endogenous viral elements in non-mammalian species, enabling comparative analysis and host-virus co-evolution studies.

This study uses single-cell RNA-seq to analyze transcriptome dynamics during human early neural differentiation, identifying novel transcription factors and regulatory elements involved in the process.