Latest work from our team led by Faye Robertson @crm_edinburgh out now in @CellReports#braincancer#glioblastoma 👇👇👇
Elevated FOXG1 in glioblastoma stem cells cooperates with Wnt/β-catenin to induce exit from quiescence
Check out this work out now in @eLife in collaboration with @wendy_bickmore lab https://t.co/EkbjFT60Q7 - Oncogene expression from extrachromosomal DNA is driven by copy number amplification and does not require spatial clustering in glioblastoma stem cells 👇👇👇
Do extrachromosomal DNA (#ecDNA) cluster closely with each other to drive amplified transcription of their resident oncogenes in #glioblastoma (GBM) stem cells?
We have explored this in our paper out in @eLife now 1/10 https://t.co/sJf0S9I6Vh
Big congratulations to Pranay Shah, winner of the coveted Paolo Bianco #HydraXV Poster Prize
Congratulations also to the two runners up, Charles Williams and Kata Krizic.
Here they are being awarded their magnificent certificates by Austin Smith
Great to see @williamsc91 present his work as part of the #FutureLeaders session, and others sharing their work during the conference @KarinPurshouse, Xinying Yeo, Erika Lo, @AlhafidzHamdan
New preprint from the lab!👇👇👇 - Elevated FOXG1 supports exit from quiescence in neural stem cells through FoxO6
Great work from @KirstyMFerguson and the team.
https://t.co/xhDkVO12hq
We are looking for outstanding applicants for our 4-year PhD Studentship @EdinburghUni in collaboration with @ask_bio – one of the worlds leading gene therapy companies - focusing on development of novel gene therapies for cancer
https://t.co/FPhS0vLluw
#phd#genetherapy#cancer
Very happy to share our recent publication from postdoc
@MariaAn44408423 - featured in the Editors' 'Stem Cells' highlights in @NatureComms . Lrig1 acts as a gatekeeper for #quiescence exit in adult neural stem cells. Thank you to all collaborators!
https://t.co/nbXfmFzDdZ
Delighted to share our latest work just published in @CellCellPress - new models enabling dissection of immune evasion in #Glioblastoma. A great collaborative effort
Our aetiology of #GBM webinar for researchers 3rd Mar = GBM cell types & states, transcriptional plasticity, stem cells hijack fetal dev, immune evasion & open discussion with speakers. Join us! https://t.co/Rlhy4fwFfD @BrainTumourOrg#ACureCantWait@BrainSurgn1989@lab_pollard