27/09/2022 Single cell research spotlights the role of DNA methylation on cell fate decisions epigenetics |developmental biology |dna methylation |single-cell |reik |animal research
18/11/2020 Single-cell technique could provide ‘egg health’ indicators ageing |epigenetics |dna methylation |oocytes |gene expression |chromatin |single-cell analysis |kelsey |peer-reviewed |animal research |press release
06/07/2020 New technique offers speed and ease to study imprinted genes at unprecedented coverage development |epigenetics |dna methylation |gene expression |regenerative medicine |stem cells |impact |reik |collaborative research |animal research
22/06/2020 Early preparation allows genes to ‘come online’ later epigenetics |developmental biology |dna methylation |chromatin |gene expression |reik |animal research
11/12/2019 Single-cell analysis of the earliest cell fate decisions in development cell biology |chromatin |data |developmental biology |embryo |enhancers |epigenetics |gene expression |genome |dna methylation |single-cell |collaborative research |press release |reik
17/07/2018 Even stem cells have their ups and downs collaborative research |development |dna methylation |embryo |epigenetics |pluripotency |stem cells |animal research