Twitter feed for the laboratory of Prof. Wolf Reik @BabrahamInst and @altos_labs Cambridge Institute of Science. Tweets by lab members and views are our own.

Cambridge, UK
Joined April 2013
Curious about the seemingly contradictory functions of m6A in R-loops? Check out this comment by @a_abakir & @AlexeyRuzov out in @NatureGenet where they propose a new model for a dual function of m6A in R-loop regulation. nature.com/articles/s41588-0…
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Preprint alert! 🎉 @C_D_Todd and the team used multi-omic profiling of human and mouse embryonic development to identify a conserved program of epigenetic priming at lineage specific enhancers for all three germ layers within the epiblast. biorxiv.org/cgi/content/shor…
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Finally, we epigenetically profiled a collection of genetically diverse hiPSCs to identify sequence determinants and candidate transcription factors that may be responsible for establishing the primed enhancer state at key enhancers for human neural development.
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A colossal thank you to this collaborative group: @sciencejannat, @Feriitrb, @ODovgusha, @RArgelaguet, @j_e_pearce, @ikafetzo, @AliceSantam, @guenesdoganlab, @stefanschoenfe1 and others!!
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The product of a large and exciting international collaboration! Our study investigating the consequences of the endocrine disruptors DDT/ DDE on the sperm epigenome of Greenlandic Inuit and South African VhaVenda men is finally out. ehp.niehs.nih.gov/doi/10.128…
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Need a podcast for your commute or for cell culture? 🎧Check out Wolf, @METorresPadilla and @Boyan84 discussing epigenetic regulation in development, ageing and rejuvenation as part of the @PioneerCampus Podcast! 👇
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Very excited to share that our work reconstructing chromothripsis has now been published in @CellGenomics! We reconstructed chromosomes with up to 800 rearrangements on a single allele and queried epigenetic and transcriptomic consequences. Thread below! cell.com/cell-genomics/fullt…
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Single cell multi-omics (scNMT-seq) showed reduced chromatin accessibility and disrupted nucleosome positioning at ZGA genes. This suggests a novel link between the maternally deposited chromatin remodeller SMARCA5 and transcription initiation in mammalian embryos.
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Thanks also to @ChristelKrueger, @CeliaAlda9, @meleckmas, @jtaubenschmid and others!
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My main PhD work is now out as a preprint 👇
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In our latest publication, we recapitulated features of early human #development and characterised the #epigenetic landscape of naive and primed hPSCs in vitro. We found that X chromosome erosion is reversed by resetting and subsequent hPSCs capacitation: science.org/doi/full/10.1126…
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Excited for the pre-print of our latest work to go public! In this study, we discovered that DNA damage tolerance is required for mammalian primordial germ cell DNA demethylation and development biorxiv.org/content/10.1101/… Fantastic collaboration with @ReikLab @HGLeitch 1/9
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Please RT! We have a position for a Research Associate/Senior Research Associate to work on chromatin mechanics in cellular ageing and rejuvenation. @ReikLab; @altos_labs boards.greenhouse.io/altosla…
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Job alert 🚨 We're looking for a Research Associate/Senior Research Associate to work with us on chromatin mechanics in the context of cellular ageing and rejuvenation. More details here 👇 boards.greenhouse.io/altosla…
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Happy to share our News and Views article on a new enzymatic 5mC sequencing method by @KohliLab and colleagues out in @nchembio. @ReikLab; @altos nature.com/articles/s41589-0… and the original article: nature.com/articles/s41589-0…
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Lab members are having a great time at #ISSCR2023, despite getting a bit soggy in an unexpected storm! @AliceSantam @ikafetzo @BrendanTerry8
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