Human Development Atlas maps fetal cell regulation using multiomics
The Human Development Multiomic Atlas has catalogued single-cell data from human fetal cells across 12 organs. This enables the inference of regulatory motifs governing transcription factor binding and chromatin accessibility. The findings offer insights into cell-type-specific regulation even as research continues to evolve.
Human Development Multiomic Atlas
The Human Development Multiomic Atlas, published in Nature, provides a comprehensive catalog of single-cell accessibility and gene expression data from human fetal cells. The atlas covers 12 different organs, offering a detailed view of cellular development. This resource is expected to facilitate the understanding of transcription factor binding and chromatin accessibility.
Regulatory Syntax in Human Development
Researchers have used the atlas to infer syntactic rules for motifs that govern cell-type-specific transcription factor binding. This process is crucial for understanding chromatin accessibility during human development. The study highlights the potential for multiomics and deep learning to uncover complex regulatory mechanisms.
What's Next
Further research is anticipated to expand on these findings. It remains uncertain how these insights will translate into clinical applications.
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Human Development Atlas maps fetal cell regulation using multiomics
