Latest news and updates from the exome and genome sequencing service at the Exeter Genomics Laboratory, Royal Devon University Healthcare NHS Foundation Trust
We are excited to share our new paper out today in Nature Genetics which explores de novo mutations in DNA secondary structure and identifies two novel #diseasegenesnature.com/articles/s41588-0…
C01.01 First livetweet (yes I'm a bit old school) of #ESHG2025 for me
🔍Diagnosis detective Susie Walker from @GenomicEnglands presenting SV calling from across their short-read WGS cohort highlighting multiple diagnoses not apparent with CNV calling alone
#WGS
Phasing ✅ Parent of Origin ✅ SV resolution ✅ from *short* read WGS with @illumina Constellation technology
Haven't heard about this yet?
- see P23.008B at #ESHG2025@ExeterGenomes
@nihrexeterbrc.bsky.social
@exeter.ac.uk
We’re pleased to share that registration for the Genomics Training Academy (#NHSgtac) learning environment is now available for professionals in NHS genomic medicine services. Contact your education/training lead to request a registration pack. Learn more: buff.ly/41c5hct
GenROC has been open for almost 2 years. We will close to new participants in 4 days but there is still space so don't miss out....And you have until the end of March to complete questionnaires
Support, knowledge & community can change lives. Swipe to read heartfelt stories from some of the brilliant scientists, geneticists & doctors we have had the fortune to work with. Our work extends globally, offering resources on rare chromosome and gene disorders.
New Guide Available: ReNU syndrome (RNU4-2) 🧬
We're pleased to announce the release of a new guide on ReNU syndrome, a rare genetic condition that was first reported in 2024. Visit bit.ly/ReNUsyndrome to learn more about ReNU syndrome.
#ReNUSyndrome
On #InternationalDayofWomenandGirlsinScience I want to thank all the women working in healthcare science across the NHS and the world. You make a difference to patients every day by supporting the diagnosis & treatment of diseases and implementing new & innovative technologies.
ALT Image of Professor Dame Sue Hill smiling at the camera with the same quote as the main post.
If you or someone in your family has had genome sequencing through the NHS, we want to hear your opinions. This will help us to shape our study and make sure it is tackling issues that are important to you.
Please contact Holly to find out more via h.ellard@ucl.ac.uk
@ExeterGenomes are celebrating!! The team in Exeter have been delivering diagnoses for children with rare genetic diseases since 2013. Initially as exomes, now thriving as a national rapid genome sequencing service (R14). We've just passed our 9000th family 😮🎉🥳 @SWGLH
As we approach the year's end, I want to say a heartfelt thanks to the NHS healthcare science community and I hope you can take a break over the festive period.
Please know that your contributions are deeply valued and we look forward to 2025 being another groundbreaking year.
ALT Image of Professor Dame Sue Hill smiling to the camera with the quote from the post as text.
👀 Consultant job advert👇
Come and work with us in the beautiful South West of England.
Home of 🌊🌳and world leading 🧬 (@BristolUni@ExeterBRC@SWGLH and @ExeterGenomes)
Please DM me if interested, Im happy to answer any questions / arrange a meeting with our leads 🙂.
So pleased to see the work of the SW team delivering testing for actuely unwell babies and children highlighted today and the combined work of the RD Network of Excellence which strives to continue improving services through new technology. @SWGenomics@SWGLH@NHSgms
findaphd.com/phds/project/bi…
🚨New Fully funded PhD opportunity🚨
Examining the role of G-quadruplexes🧬in genetic disorders to discover new diseases and mechanisms
@adam_jackson89
Prof Sue Kimber
Our report on gaps in genetic services is now available online from our funders @AdelaideHealthF website. Thank you to them for trusting us to deliver. Míle buiochas to @AlanaJWard8 & @DebbyLambert14 for being great co-investigators. Have a read
Excited to share our @Nature paper introducing constraint metrics for #mtDNA! Constraint models are powerful tools that were missing for mtDNA—until now. By applying our model to #gnomAD, we reveal which sites in mtDNA are most crucial for health & disease nature.com/articles/s41586-0…
This is such a beautiful paper led by @ChristelDepienn and Caroline Nava, further characterising ReNU syndrome (caused by variants in RNU4-2) and also detailing a role for RNU5B-1 in NDD 🧬
Some highlights 🧵1/8
Thrilled to share a new preprint on the role of RNU4-2 and RNU5B-1 variants in neurodevelopmental disorders, now online in MedRxiv. 1/12 🧵medrxiv.org/content/10.1101/…