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A multi-level assessment of the relevance of 18 highly conserved neural zebrafish microexons showed that individual deletions of most microexons did not exhibit strong phenotypes, likely because of compensatory changes.

Sensitive brain activity mapping and behavioral profiling reveal most microexons are dispensable for early brain development but highlight a small subset with intriguing neural phenotypes for future study.

Children’s social cognitive development emerges from the dynamic interplay of neural maturation, parental caregiving, and dyadic brain-to-brain synchrony.

An open-source deep learning toolkit performs accurate annotation and similarity scoring of zebra finch song, along with comprehensive feature extraction, enabling consistent, interpretable comparisons of vocal phenotypes across research groups.

Genomic evidence from 15^th-century Bolivian maize reveals similarity to Central Andean maize from Peru, and pre-Inca and Inca-era breeding that enhanced maize development through selection within Andean agricultural networks.

Chromosome-driven DnaA activity oscillations, modulated by DNA-binding proteins, enable bacteria to coordinate DNA replication with biomass growth independently of transcriptional regulation.

A conserved POU4-dependent developmental program underlies mechanosensory neuron regeneration in adult planarians.