Nick Owens (@nickdlowens) 's Twitter Profile
Nick Owens

@nickdlowens

Group Leader @UniofExeter studying gene regulatory defects in disease. @wellcometrust Career Development Award.

ID: 4823971469

linkhttps://owensnick.github.io/ calendar_today18-01-2016 13:24:25

68 Tweet

136 Followers

151 Following

Nick Owens (@nickdlowens) 's Twitter Profile Photo

Not forgetting we are also recruiting a computational post-doc to analyse single-cell data on our discovery that primate-specific ZNF808 is necessary for pancreas development: Job: jobs.exeter.ac.uk/hrpr_webrecrui… Paper: nature.com/articles/s4158… 5/

Uni of Exeter's Institute for Data Science and AI (@uniexeteridsai) 's Twitter Profile Photo

Two fantastic data science and AI roles are available to work with Nick Owens @uniofexeterHLS. A great opportunity to use computational methods to study gene regulation in disease. See the links for details: University of Exeter jobs.exeter.ac.uk/hrpr_webrecrui… jobs.exeter.ac.uk/hrpr_webrecrui…

Nick Owens (@nickdlowens) 's Twitter Profile Photo

Still time to apply for our #computational #postdoc studying primate specific ZNF808 in pancreas development using #singlecell #Genomics nature.com/articles/s4158… Job: jobs.exeter.ac.uk/hrpr_webrecrui…

Sarah Flanagan (@flanagan_se) 's Twitter Profile Photo

Super pleased that two of our recent genetic discoveries have made it onto Dr. Veera Rajagopal's "Biggest Stories of 2023" list. Great work #TeamExeter 🤜🤛. @athattersley @DrElisaDeFranco Nick Owens Exeter Med School

Oxford Nanopore (@nanopore) 's Twitter Profile Photo

Ailsa MacCalman is enhancing our understanding of disease & cell regulatory function. At #nanoporeconf, she'll discuss using direct #nanopore sequencing to investigate the co-operative binding of transcription factors at a disease locus. Learn more: bit.ly/3Lg2tDu

Ailsa MacCalman is enhancing our understanding of disease & cell regulatory function. 
At #nanoporeconf, she'll discuss using direct #nanopore sequencing to investigate the co-operative binding of transcription factors at a disease locus. 

Learn more: bit.ly/3Lg2tDu
Sarah Flanagan (@flanagan_se) 's Twitter Profile Photo

Our follow-up paper establishing non-coding cis-regulatory variants in HK1 cause #congenitalhyperinsulinism with variable disease severity is now available for download on Lancet preprints papers.ssrn.com/sol3/papers.cf…. A few spoilers in the thread below (1/4) SSRN @HIgenes

Exeter Med School (@exetermed) 's Twitter Profile Photo

New research has found 4 genes with some of the largest known effects on timing of #menopause, providing new insight into links between menopause timing and #cancer risk. news.exeter.ac.uk/faculty-of-hea…

New research has found 4 genes with some of the largest known effects on timing of #menopause, providing new insight into links between menopause timing and #cancer risk.

news.exeter.ac.uk/faculty-of-hea…
Eric Topol (@erictopol) 's Twitter Profile Photo

Genetic underpinnings of menopause age and connections with cancer risk, new mutations in children and reproductive longevity nature nature.com/articles/s4158… Anna Murray nature.com/articles/d4158… Anne Goriely Nature News & Views

Genetic underpinnings of menopause age and connections with cancer risk, new mutations in children and reproductive longevity
<a href="/Nature/">nature</a> nature.com/articles/s4158… <a href="/AnnaM1966/">Anna Murray</a>  
nature.com/articles/d4158… <a href="/AGoriely/">Anne Goriely</a> <a href="/NatureNV/">Nature News & Views</a>
Veera Rajagopal  (@doctorveera) 's Twitter Profile Photo

ExWAS of age at menopause in ~100k women in the UK Biobank reiterates the important role of DNA damage response pathway in healthy ovarian aging. Great paper from a fantastic team of scientists. Article: nature.com/articles/s4158… News and Views: nature.com/articles/d4158…

ExWAS of age at menopause in ~100k women in the UK Biobank reiterates the important role of DNA damage response pathway in healthy ovarian aging. 
Great paper from a fantastic team of scientists.  
Article:
nature.com/articles/s4158…
News and Views:
nature.com/articles/d4158…
Ailsa MacCalman (@ailsamaccalman1) 's Twitter Profile Photo

Incredible few days at the Nanopore Community Meeting. Thank you to Oxford Nanopore for inviting me to talk about our work looking into base-pair level chromatin accessibility Nick Owens #nanoporeconf

Incredible few days at the Nanopore Community Meeting. Thank you to <a href="/nanopore/">Oxford Nanopore</a> for inviting me to talk about our work looking into base-pair level chromatin accessibility <a href="/nickdlowens/">Nick Owens</a> #nanoporeconf
Nicola Festuccia (@nicolafestuccia) 's Twitter Profile Photo

Our work establishing the orphan nuclear receptor NR5A2 as an essential regulator of early mouse development is finally out! We show that NR5A2 is required for the development of a viable morula. doi.org/10.1126/scienc…