Jayakumar Sundarraj

We are delighted with the new funding email from @The_MRC. Thanks to the postdoc's in the lab for generating pilot data, and friends/colleagues for helping me with this grant. Lots of exciting science ahead of us

Licencing opportunity for diagnostic companies to partner with us. A novel non-invasive approach to predict #preeclampsia using transposon RNAs as biomarkers. please get in touch with us. linkedin.com/feed/update/ur…

Pleased to share our published work nature.com/articles/s4146… We show how PSIP1/LEDGF maintains genome stability by reducing R-loops & DNA damage during transcription. Grateful to @MSCActions for funding @jay_sundarraj to join my lab from @IndiaBARC

Check out this brand new work on the role of #H4K16ac in activating transposable elements, and making them function as #enhancers nature.com/articles/s4159… Funded by MRC @UKRI_News and @Barts_Charity 1/3

Please get in touch if you are looking to apply for this highly generous and prestigious #MSCA fellowship. Recently, @jay_sundarraj, an MSCA fellow in my lab completed a fantastic project. Looking for a candidate for this year's round.

PSIP1/LEDGF reduces R-loops at transcription sites to maintain genome integrity dlvr.it/SdnP0f

Check out our preprint on "PSIP1/LEDGF reduces #Rloops at transcription sites to maintain genome integrity" led by @jay_sundarraj with help from Manthan @hemanth_tummala, @GregBrooke4 funding @MSCActions @blizard_inst @QMULBartsTheLon biorxiv.org/content/10.110… Feedback pl🙏

We just released a massively revised version of the paper. Overall, we show for the first time #LINE1 with #H4K16ac function as #enhancers to rewire the regulatory landscape of the genome biorxiv.org/content/10.110… feedback welcome!

Walking a tightrope: The complex balancing act of R-loops in genome stability @KarleneCimprich dlvr.it/SSMV1M

Outstanding joint efforts by @crimsonhues_deb & Manthan Patel. Important contributions from the lab members @FannyBoulet3 & @jay_sundarraj. Exciting collaborations from @Olivia_A_Grant and @BrancoLab, @nzradu @srinjan_basu Paola Scaffidi &🙏@QMULepigenetics for discussion🧵10/10

Check out the preprint from @PradeepMadapura lab on “H4K16ac activates the transcription of transposable elements and contributes to their cis-regulatory function” by @crimsonhues_deb, Manthan Patel & collaborators biorxiv.org/content/10.110… 🧵 1/10

Congratulations to our Engagement Award winner @MuchaMarlena for her participation in #GREECS2022. Not only she presented a fantastic poster, but remained engaged throughout the whole event! Thanks so much for your involvement, Marlena, and everyone else who joined us!! 👏👏👏👏

Delighted to see 200 registrations already, we are looking forward to connecting with other ECRs in the field & seeing all the great talks. This is not to be missed for anyone in the #geneRegulation and #epigenetics field! Registration is open now. whova.com/portal/registr…

We are thrilled to announce that registration for the VIRTUAL Gene regulation and Epigenetics conference for Early career scientists is now live and is FREE for all. Register here: whova.com/portal/registr… #GREECS2022 @QMULepigenetics @DTGenomics PLEASE RT♻️

🚨We are delighted to announce our keynote speakers for the Gene regulation & Epigenetics conference for Early career researchers. @jwjach and @hamish_king are both ECR's due to start their own labs in 2022 who will discuss their work in the field! 🧬 please #RT ♻️

FAQ's answered 👇 1. how can we register? we will share the registration link soon 2. how much is registration? registration is free 3. who can register? registration is open to all career levels #GREECS2022

We are excited to announce the virtual 'Gene regulation and Epigenetics conference for early career scientists'. We are hosting this conference as part of @QMULepigenetics, supported by @DTGenomics! (1/n)