Qingfeng Wu

This study identifies CCNB1IP1 as a regulator of neocortex size and folding in primates, showing its expression increased alongside brain evolution.

OpenFISH integrates spatial transcriptomics and metabolomics on a single tissue section, enabling cell-accurate co-registration and revealing metabolic heterogeneity and transcriptional changes in mouse brain.

This study identifies Crabp1 neurons in the arcuate hypothalamus as regulators of energy expenditure and body weight in mice through structural and functional analyses.

The paper describes how GNAT enzymes iteratively acylate lasso peptides to produce lipolasso, expanding the diversity of ribosomal lipopeptides.

This study uses single-cell RNA sequencing to analyze pediatric ependymoma subclonal heterogeneity and identifies gene expression patterns linked to patient survival.

This study maps the developmental trajectory of hypothalamic neurons in mice using single-cell transcriptomics and lineage tracing, revealing a cascade diversification model for neuronal diversity.

This study uses in vivo clonal analysis to show that thalamic nuclei are generated sequentially based on progenitor cell location and that intermediate progenitors produce neurons for multiple nuclei.