Paul Hurd
@pauljhurd
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Academic: Principal Investigator & Reader in Epigenetics. Editor-in-Chief of Briefings in Functional Genomics. Works with bees.
London
Joined May 2010
Ideas for a Themed/Special review issue in Functional Genomics? Interested in Guest Editing? Briefings in Functional Genomics (Oxford University Press) would like to hear from you. DMs are open! Please retweet. #IF:4.84 #Genomics #Epigenomics #GuestEditor.
academic.oup.com
An international forum for researchers and educators in the life sciences, which reviews the techniques, protocols and approaches in genome research.
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RT @Chema_MD: New paper from the lab! 🎉 Incredible effort by @fmmartinz to kick-start our work into annelid 🪱 histones and their regulatory….
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RT @fmmartinz: I’m incredibly grateful to all those who helped get this story out. Firstly, to @Chema_MD and @pauljhurd for their guidance….
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RT @Chema_MD: 🚨Mark your calendars! We are launching the London EvoDevo club, a space to learn great new science, meet new colleagues and h….
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RT @MauriceElphick: Published today in @CurrentBiology, “Discovery of a neuropeptide that acts as an autotomy-promoting factor” - co-author….
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RT @QMULepigenetics: The product of a collaboration between 3 @QMULepigenetics groups gives new insights on the developmental roles of DNA….
genomebiology.biomedcentral.com
Background DNA methylation in the form of 5-methylcytosine (5mC) is the most abundant base modification in animals. However, 5mC levels vary widely across taxa. While vertebrate genomes are hyperme...
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RT @Chema_MD: Great to see this finally out! Thanks @deMendoza_Alex, @k_guynes and everyone else involved! And @ERC_Research, @QMUL and @QM….
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RT @deMendoza_Alex: So its out @GenomeBiology: All you need to know about DNA methylation in annelids🪱! This has b….
genomebiology.biomedcentral.com
Background DNA methylation in the form of 5-methylcytosine (5mC) is the most abundant base modification in animals. However, 5mC levels vary widely across taxa. While vertebrate genomes are hyperme...
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RT @WISEQMUL: (1/3) WISE@QMUL is saddened to hear that Queen Mary University of London plans to shut down our on-campus nursery, providing….
change.org
Save Westfield Nursery! Queen Mary University - Don't evict our toddlers!
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RT @QMULepigenetics: QMUL Epigenetics 'Design a Logo' competition!. We are relaunching as the QMUL Centre for Epigenetics. Design a new log….
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RT @ozgendeniz_: 📢 4 year fully funded PhD position! Come join our research group in London @QMBCI on a UKRI-funded @ERC_Research grant to….
findaphd.com
PhD Project - Deciphering the epigenetic mechanisms of retrotransposon-mediated cancer immunity: identifying targets to combat tumour immune evasion at Queen Mary University of London, listed on...
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RT @BrancoLab: We have two new faculty opportunities at QMUL, part of a £3.2M investment by @Barts_Charity to develop genomic and epigenomi….
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RT @deMendoza_Alex: We have a 2y postdoc position open in my group. The profile is quite broad, from bioinformatics to molecular biology. I….
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RT @Rakyan_lab: Postdoc position in Rakyan Lab! The position will focus on the molecular basis of differences in translational output among….
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RT @ozgendeniz_: We are looking for a postdoctoral data scientist position to join our supportive and fun group :) Join us.@QMBCI in vibran….
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RT @deMendoza_Alex: First major work fully made in the laboratory is out in @biorxivpreprint: We found that DNA me….
biorxiv.org
5-methylcytosine (5mC) is a widespread silencing mechanism that controls genomic parasites. However, in many eukaryotes 5mC has gained complex roles in gene regulation beyond parasite control....
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RT @QMULepigenetics: Please join us for the @QMULepigenetics seminar by @kristian from @icr_london 11th Jan. 15.30GMT. venue: Derek Willo….
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RT @deMendoza_Alex: Fun collaboration with the @Chema_MD lab. There's lots of goodies for 5mC aficionados here, but I find particularly coo….
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Happy to be involved in this tour de force from the excellent @k_guynes and the @Chema_MD @deMendoza_Alex labs. DNA methylation in annelids!.
Xmas present! 🎄🎁 Our paper with @k_guynes and @deMendoza_Alex on DNA methylation in 🪱 is out in bioRxiv! Base resolution, developmental methylomes show that age-related epigenetic erosion (5mC ⏱️ in 🪱?) is probably ancestral to bilaterians (1/4).
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RT @Chema_MD: We did many more analyses (e.g. 5mC vs TEs or interspecies differences), so check out our preprint! This was only possible th….
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