Federico Calegari

This study shows enhancing adult hippocampal neurogenesis in Alzheimer's mice improves spatial navigation and exploratory behavior.

The paper improves the FOOOF toolbox to better analyze aperiodic components in mouse hippocampal sub-regions, finding significant differences between CA1 and DG.

This study shows YIPF5 regulates ER export of specific proteins, and its disruption causes neuronal migration defects and microcephaly.

This study shows that olfactory training in mice increases neurogenesis in the olfactory epithelium, which improves odor discrimination in the olfactory bulb.

The paper shows that IER3IP1 mutations cause microcephaly by blocking ER-Golgi transport, leading to neuronal migration defects and ER distension.

This study shows that manipulating SLAP expression during brain development affects cortical lamination and exploratory behavior in mice.

The paper characterizes alternative splicing during mammalian brain development, revealing extensive isoform diversity and its impact on protein conformational changes.

This paper introduces a biohybrid OB-CMOS platform to study spatiotemporal dynamics in olfactory bulb circuits using high-density electrode recordings.

This study shows that increasing adult-born neurons improves memory precision and indexing, contributing to cognitive flexibility.

The paper profiles miRNAs in mouse cortical progenitors and neurons, identifying miR-486-5p as a novel regulator of neurogenesis.

The paper identifies and characterizes circRNAs in developing mouse cortical progenitor cells, revealing nearly 4,000 new circRNAs and their expression patterns.