Vı́ctor Borrell

This study compares cortical interneuron migration across species, finding that human interneurons migrate slower and more dispersedly due to CCP1-dependent changes in microtubule dynamics.

This study identifies FLRT3-RND3 signaling as a conserved negative regulator of cortical neuron migration and folding in mice.

This study shows that neocortical geometry at birth predicts adult cortical folding patterns and sulcal-gyral fate, suggesting geometry provides positional information alongside molecular signals.

The paper identifies grid-like spatially periodic firing in subiculum neurons of mice, showing distinct coding properties compared to CA1 place cells.

The paper identifies a subcellular transcriptome in radial glia, revealing localized gene regulation and its role in cortical development.

The study uses MRI data from 70 primate species to show that neocortical folding and organisation depend on mechanical morphogenesis, not just genetics and experience.

The paper challenges the established model of cortical neurogenesis by showing indirect neurogenesis predominates early and shifts to direct neurogenesis later in mouse cerebral cortex development.

This study examines how blocking NMDAr with MK-801 disrupts hippocampal CA1 neuron activity and network dynamics, leading to cognitive impairments linked to schizophrenia.

The paper investigates the relationship between intrinsic coupling modes (ICMs) in brain activity and structural connectivity in the ferret brain, showing strong correlations except when zero-lag synchronizations are removed.

This study shows that NMDAr blockade in mice disrupts hippocampal and prefrontal cortex oscillations and impairs spatial working memory, linking NMDAr function to cognitive symptoms in schizophrenia.

The paper shows that MIR3607 promotes cerebral cortex expansion by activating Wnt/βCatenin signaling in mouse embryos and human organoids.

This study compares diffusion MRI tractography with histological tract-tracing in ferrets to assess the reliability of tractography algorithms in mapping cortico-cortical connectivity.