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
- Tweets1.5K
- Following521
- Followers4.9K
- Likes2.4K
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…
A colossal thank you to this collaborative group: @sciencejannat, @Feriitrb, @ODovgusha, @RArgelaguet, @j_e_pearce, @ikafetzo, @AliceSantam, @guenesdoganlab, @stefanschoenfe1 and others!!
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.
…suggesting that while enhancer priming is established early in human and mouse development, it has functional consequences that manifest through remarkably long developmental periods along cell specification trajectories.
Epigenetic priming of enhancers is associated with the lineage-specific regulation of key developmental gene networks, and occurs at enhancer elements specific for both imminent and surprisingly late developmental stages…
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…
Check out Wolf speaking at the recent @codexworld Top 50 Innovators event! 🧪
youtu.be/KPzCXAmSeR8?si=pf1p…
#T50 #CodexTalks
Reik Lab retweeted
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…
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! 👇
Welcome to the newest episode of @PioneerCampus #Podcast
@METorresPadilla @Boyan84 from @HelmholtzMunich discuss with Wolf Reik @altos_labs Cambridge #Epigenetics from organ #development to #regenerative #medicine
podcasts.apple.com/de/podcas…
Reik Lab retweeted
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…
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.
Preprint alert 🎉🐁👩🔬🧬! @OanaKubinyecz used Trim Away to deplete SMARCA5 in mouse zygotes and found that in its absence major ZGA is impaired in 2-cell embryos. biorxiv.org/content/10.1101/…
It was a pleasure to have you visit us! Thank you for sharing lots of interesting insights about degron mouse models. Greetings from Cambridge!
Reik Lab retweeted
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…
Reik Lab retweeted
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
Reik Lab retweeted
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…
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…