<h1>Gene expression noise, driven by transcriptional bursting and RNA degradation, creates cellular variability essential for cell fate decisions. Advanced single-cell technologies now quantify these dynamics genome-wide, revealing how noise peaks before lineage commitment in embryos.</h1>References:<ul> <li>Gene expression noise in development: genome-wide dynamics. Bax, Danique J.C. et al.Trends in Genetics, Volume 0, Issue 0</li></ul>

Gene expression noise, driven by transcriptional bursting and RNA degradation, creates cellular variability essential for cell fate decisions. Advanced single-cell technologies now quantify these dynamics genome-wide, revealing how noise peaks before lineage commitment in embryos.References: Gene expression noise in development: genome-wide dynamics. Bax, Danique J.C. et al.Trends in Genetics, Volume 0, Issue 0

Gene expression noise, driven by transcriptional bursting and RNA degradation, creates cellular variability essential for cell fate decisions. Advanced single-cell technologies now quantify these dynamics genome-wide, revealing how noise peaks before lineage commitment in embryos.References:<ul> <li>Gene expression noise in development: genome-wide dynamics. Bax, Danique J.C. et al.Trends in Genetics, Volume 0, Issue 0</li></ul>

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509-Gene Expression Noise in Development

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