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2018; Huang et al, Nature 2021) and the changes in chromatin structure that accompanies this process. Purpose of Post The focus of this project is to investigate molecular mechanisms underpinning zygotic
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recognised for pioneering research in 3D genome organisation, epigenomics and single-cell multiomics (e.g., Hug et al., Cell 2017; Galan et al., Nature Genetics 2020; Ing-Simmons et al., Nature Genetics 2021
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et al., Nature Genetics 2021). Our most recent work focuses on understanding key processes in human and mouse development, male infertility, and epitranscriptomics, using cutting-edge genomic and
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et al., Nature Genetics 2021). Our most recent work focuses on understanding key processes in human and mouse development, male infertility, and epitranscriptomics, using cutting-edge genomic and
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al, Nature 2021) and the changes in chromatin structure that accompanies this process. Purpose of Post The focus of this project is to implement and optimise new epigenome mapping approaches developed
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2018; Huang et al, Nature 2021) and the changes in chromatin structure that accompanies this process. Purpose of Post The focus of this project is to investigate molecular mechanisms underpinning zygotic
-
al, Nature 2021) and the changes in chromatin structure that accompanies this process. Purpose of Post The focus of this project is to implement and optimise new epigenome mapping approaches developed
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recognised for pioneering research in 3D genome organisation, epigenomics and single-cell multiomics (e.g., Hug et al., Cell 2017; Galan et al., Nature Genetics 2020; Ing-Simmons et al., Nature Genetics 2021
-
et al., Nature Genetics 2021). Our most recent work focuses on understanding key processes in human and mouse development, male infertility, and epitranscriptomics, using cutting-edge genomic and
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et al., Nature Genetics 2021). Our most recent work focuses on understanding key processes in human and mouse development, male infertility, and epitranscriptomics, using cutting-edge genomic and