We have a 4 year PhD position available to study the impact of the RNA exosome on ribosome specialisation! Get in touch if you are interested or just apply. March 31st deadline.
https://t.co/uruvAtXBLU
PhD studentship available with me @UniofNewcastle Biosciences and Dr David Doupe @DurBiol fully funded by @BBSRC North East Doctoral Landscape PhD DTP
Investigating glycans to discover new mechanisms regulating stem cell development #glycotime
https://t.co/S7VS2QM1ne
Interested in RNA biology, cancer or vascular research? I have a position open for either a research assistant or a new postdoc to start expanding the fast-growing research area of cardio-oncology! Apply here: https://t.co/59fFXU0ABz
Happy to have informal chats! Please share 🧬.
Come and join our team!!! Fully funded PhD opportunity @DiMeN_DTP
Targeting glycans to transform the diagnosis and treatment of breast and prostate cancers
Joint with Prof Lu-Gang Yu at Liverpool
Please contact us for more information #glycotime
https://t.co/ifEjiVWFQB
We are happy to share our most recent publication, "An anciently diverged family of RNA binding proteins maintain correct splicing of a class of ultra-long exons through cryptic splice site repression"
Really happy to finally see our work on the role of RBMX family proteins in repressing cryptic splicing of ultra-long exons out in @eLife https://t.co/QHxBJuRaik @TheElliottLab@CGM_NCL@nubiosciences
Can inhibiting sialylation re-sensitise cancer cells to hormone treatment?
Researchers @MunkleyLab and @TheElliottLab at @NU_Cancer and @uniofleicester share their latest exciting #prostatecancer findings in @Cancer_MDPI.
Grab a ☕ and read https://t.co/i427PA9lBA
Dr Jennifer Munkley and her team are targeting glycans (sugars produced by our cells that are different to sugars found in food) to block prostate cancer spread. To learn more about their research project, visit our website: https://t.co/7FKlHLYW7a
A @NLD_BBSRCDTP PhD studentship is available with @lab_reynard@IGM_YoungLab@MPapamichos and Prof Bou-Gharios to study enhancers in developmental gene regulation. Closing date is 22nd July at noon. Apply now! https://t.co/YxRuDSP0O6
Delighted to have participated in this initiative of our @NclBNS to showcase women doing research at @UniofNewcastle https://t.co/pkcuemXHGV
(check also these other amazing women in science: https://t.co/koRLPR805E)
We are very happy to share an online seminar delivered by David about our recent review published in @oncogenejournal on the role of ESRP splicing regulators in aggressive prostate cancer: https://t.co/NBFww1RcBc
@ProstateUK@ProstateUKProfs@CGM_NCL@nubiosciences
Out today in @eBioMedicine:
Sialic acid blockade inhibits the metastatic spread of prostate cancer to bone
An amazing team effort over many years. Thank you @PCR_News for believing in us and funding our idea
https://t.co/McnB4o4fLC 1/2
Another PhD Studentship from @lab_reynard with @IGM_YoungLab@RMSCT_NCL@CGM_NCL !!!
Please circulate!
PhD studentship in @nubiosciences : Using CRISPR and pluripotent stem cells to determine osteoarthritis effector gene function at Newcastle University on https://t.co/HCzbhJ1SHw
Our group had a great time at #RNAUK2024 in Windermere. Caroline presented a flash talk and a poster, and Sara (@luzzi_s) gave a talk. We thank the organisers and all the participants for amazing and fruitful discussions on RNA biology. @nubiosciences@CGM_NCL
Successfully defended my PhD thesis and Dr Garnham it is. Thank you to my amazing supervisor for your support along the way! You have been the best @EScottScience
How do AR variants emerge and drive drug resistance in #prostatecancer?
@lukegaughan22, Johann de Bono and teams @NU_Cancer, @ICR_London uncover an important role for DNA-PK.
Could this be a new target for advanced prostate cancer treatments?
☕📖Read: https://t.co/XEmbqQkLUD
BBSRC funded PhD available supervised by @lab_reynard
"Deciphering the role of transcriptional enhancers in developmental gene regulation" @nubiosciences@CGM_NCL
https://t.co/LyvWL7Xk8W
Check out this fab review from the @prostateuk funded team at @UniOfNewcastle on how ESRP1 and 2 regulate splicing to drive growth of #prostatecancer
Could ESRP1/2 be a treatment target? Grab a ☕ and find out why it could be complicated…
🔗 Read: https://t.co/i8Cc6tYCgl