A lineage-resolved view of embryogenesis reveals that cell identity alone predicts neither developmental ancestry nor the timing of fate restriction, and builds FateVec, an analysis framework that infers fate-bias dynamics and lineage-associated transcriptional programs from reconstructed phylogenies.
A comprehensive cell fate map of mammalian embryogenesis has remained out of reach given the scale, cellular diversity, and non-deterministic nature of development in utero. Here, we use PEtracer to continuously install heritable genetic marks as development progresses, reconstructing lineage trees that resolve ∼75% of...
William N. Colgan, Luke W. Koblan, JoAnne Villagrana et al.· Cell· 2 citations
This work combines lineage tracing with single-cell transcriptomics and chromatin accessibility profiling to track clonal behaviour across human embryonic stem cell differentiation towards definitive endoderm, finding that clonally related cells exhibit reproduced, probabilistic fate outcomes that cannot be explained b...
DeepTrack is presented, a lineage tracing mouse model that integrates in situ cellular barcoding with high-throughput, single-cell multi-omics to simultaneously profile clonal fates, transcriptomic states, and chromatin accessibility and provides a versatile framework for decoding multimodal regulation of cell fate acr...
Chen-Yu Guo, Jun-Yao Jiang, Xiaomin Wang et al.· bioRxiv· 0 citations
These findings demonstrate that comparative transcriptomics can resolve developmental intermediates and cellular-state dynamics during human germ layer specification, providing a framework for evaluating lineage commitment beyond endpoint canonical marker expression, and to inform strategies for optimizing or redirecti...
Alice C. Borges, Mariana A. Branco, João P. Cotovio et al.· bioRxiv· 0 citations
Developmental programs can remain conserved despite extensive regulatory divergence, but how evolved regulatory differences are transmitted through embryonic lineages remains unclear. Here we generate a time resolved, allele resolved single-cell atlas of hybrid embryogenesis between Ciona intestinalis and Ciona savigny...
Jia-Li Lei, Laurence A. Lemaire, Hidehiko Hashimoto et al.· bioRxiv· 0 citations
Stem cells self-organize into models of early development, but even under carefully controlled conditions, the resulting organoids exhibit substantial "inter-individual" heterogeneity. To explore its origins, we generated monoclonal gastruloids, each derived from a single mouse embryonic stem cell (mESC). Molecular pro...
Samuel G. Regalado, Cheng-Xiang Qiu, Sanjay Kottapalli et al.· Cell· 1 citation
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