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This study reveals stage-specific PRC2 functions in preimplantation development and PGC fate through epigenetic dynamics and intercellular communication.

The paper uses high-multiplexity imaging to show that spatial patterns in Tribolium embryos are actively reshaped during gene propagation rather than directly mapped from temporal gene expression.

This study shows that glial cell adhesion molecules regulate neural stem cell proliferation by modulating mechanical forces and nuclear integrity in Drosophila.

This study investigates the molecular response of Oikopleura dioica embryos to underwater noise exposure, finding rapid transcriptomic changes without morphological effects.

The paper identifies ultra-slow rhythmic movement in Xenopus tadpole tails during elongation, linking it to morphogenetic processes rather than locomotion.

This study shows that elamipretide improves oocyte quality and fertility in aged females by enhancing nuclear and cytoplasmic maturation through the VEGF signaling pathway.

The paper links neural birth timing and somatosensory circuit assembly through Robo3 regulation of dendrite morphology in Drosophila.

This study investigates the role of Togaram1 in mammalian forebrain development using a mouse knockout, finding it crucial for forebrain size, morphology, and NSC primary cilia function.

The paper presents a developmental atlas of protein expression during zebra finch beak maturation, revealing spatiotemporal patterns of signaling pathway coexpression and their role in tissue differentiation.

The paper shows PCP-dependent polarity propagation across discontinuous neuronal columns in Drosophila medulla using genetic manipulations and developmental analysis.

The paper investigates how sex chromosomes and gonadal hormones jointly and independently influence sex-biased gene expression in cardiac development across multiple stages.

This study investigates the development and function of the ovarian lymphatic vasculature in mice, revealing its origin and the role of VEGF-C/VEGFR-3 signaling in preventing fibrosis and ovarian aging.

This study uses human stem cells and tissues to investigate LCCS1, revealing impaired RNA metabolism and developmental defects in neural crest and neuromuscular systems.

This study uses long-read sequencing to identify chimeric transcripts from transposable elements in mouse and bovine embryos during zygotic genome activation, revealing species-specific patterns.

The paper identifies supporting-like cells as an alternative steroidogenic lineage in mammals, conserved across amniotes, and shows their role in embryonic development and evolution.

This study identifies Il1r2 as a marker for slow-cycling epidermal basal cells and develops a genetic tool for lineage tracing and IL-1 signaling modulation.

This study shows that endothelin-1 signaling regulates chamber-specific polyploidy in mouse atrial cardiomyocytes through effects on cytokinesis.

This study analyzes histone modifications H3K4me1 and H3K27ac during maternal-to-zygotic transition in mouse embryos, revealing dynamic reprogramming and enhancer type changes.

The paper creates a spatiotemporal transcriptome atlas of human embryos after gastrulation, revealing organ-specific regulons and regulatory networks during development.

The paper identifies fat body-derived humoral factors involved in Drosophila disc regeneration using a Golgi-specific labeling system and proteomics.