Come and work with us! We're looking for a talented postdoc with interests in developmental biology, cancer and the primary cilia to join us @lab_mort. An exciting MRC funded collaboration with Pleasantine Mill @EdinUni_IGC. Further details:
https://t.co/UjSJXUqr83
New in @ScienceAdvances: we link Holstein white spotting to regulatory variants in KIT and MITF, validated in ‘Holsteinized’ mice - a neat case of structural + epistatic genetics shaping coat colour. A big thanks to the Littlejohn and Yamanaka groups!
https://t.co/qiSRF7p3nc
Our new preprint is out!
We are excited to share that together with the Roslin Institute, we’ve developed FuChi, a cell cycle biosensor for avian development.
Check it out on bioRxiv: https://t.co/wHSCy4fChc
The Fucci2a system and the R26Fucci2aR mouse model are valuable tools for the investigation of #CellCycle dynamics in cell culture and during mouse embryonic development.
Image Credit: Dr. Richard Mort, Lancaster University
Merry Christmas!
#MouseMuse
https://t.co/5KOLxHtPyC
Cool new paper and webtool from Barbara Shih's group here @BLSLancasterUni! Evergene - perform large scale gene-centric analyses of TCGA data. Stratify with available metadata. Make and download nice plots. Supported by @NorthWestCancer#CancerResearch
Dr Richard Mort from @BLSLancasterUni and the University of Bath have been awarded almost half a million pounds from The @LeverhulmeTrust to perform research into the coat patterns of Dalmatian dogs
https://t.co/Wq6GDp4bUr
The Trust’s May Newsletter is out! Read about the evolution of South American biodiversity, gender impacts of face-to-face academic interactions, realising the explanatory power of body illusions, and much more: https://t.co/vNsbBc6ZFT
While you’re there, do take a look at the most recently published articles in the ‘Grants in focus’ section: https://t.co/Le0dENeIli
@rebecca_roache @durham_history@WarwickHistory@YorkEnvironment @bmmcq @BLSLancasterUni@Kit_Yates_Maths
Come and work with us! PHD position available in Spatial transcriptomics and #melanoma in the Shih and @lab_mort groups @BLSLancasterUni! Investigating the molecular influence of tumour cells on their adjacent cell populations.... https://t.co/OFW5SDt9Fk
Come and work with us! PHD position available in Spatial transcriptomics and #melanoma in the Shih and @lab_mort groups @BLSLancasterUni! Investigating the molecular influence of tumour cells on their adjacent cell populations.... https://t.co/OFW5SDt9Fk
Huge Congratulations to Dr Louise Brennan from the @lab_mort who successfully defended her PhD thesis today. Thanks to examiners Barbara Tanos and @dr_rach#PhDone
Delighted that Louise Brennan passed her viva yesterday here @BLSLancasterUni. Thank you Louise for all your hard work. And thank you Rachael Rigby and Barbara Tanos for examining. Have a fantastic postdoc with Ula McClurg!
Still time! We're looking for PhD student for a BBSRC funded iCASE studentship @BLSLancasterUni
through @NorthWestBio1 on pigmentation and heat stress in cattle. A collaboration between @lab_mort
, @davina_hill@UofGlasgow and Matt Littlejohn @LICnz. https://t.co/iC3aKpEGAr
Congrats to Dr Tiernan Briggs who passed his viva yesterday @BLSLancasterUni! Ongoing collaboration with @HeadonLab@twobluechickens and Yoiro Yamanaka thanks to @DrMCJones33 and @nikcopeland for examining the thesis. It's been a pleasure having you in the lab Tiernan well done!
Join the Mort Lab! We're looking for PhD student for a BBSRC funded iCASE studentship @BLSLancasterUni through @NorthWestBio1 on pigmentation and heat stress in cattle. A collaboration between @lab_mort, @davina_hill@UofGlasgow and Matt Littlejohn @LICnz.
https://t.co/iC3aKpEGAr
2 new academic positions opening up at @BLSLancasterUni. SL positions in cancer biology and pharmacology
It is a great place to work, with great colleagues and excellent facilities. Details here: https://t.co/d1hmnx6zKA
https://t.co/WyRQbqLYQW
Pleased to see @lab_mort 's most recent collaboration with the @HeadonLab@roslininstitute published in PLOS Biology! Congrats to all especially Jon Riddell.
Live-imaging of embryonic #skin reveals that #MesenchymalCells migrate rapidly & persistently for 3 hours after division, with the angle of #mitosis and direction & speed of migration controlled by tissue tension #PLOSBiology https://t.co/JKCvbxeCAs
Great to see our H2B-Cerulean-Fucci2a biosensor deployed in this lovely preprint - https://t.co/Z9QLqkmbaF - from the Frame group @EdinUni_IGC. Track cells in G1 and S/G2/M with Fucci2a and early G1 and mitosis with H2B-Cerulean! @BLSLancasterUni#FluorescenceFriday#Microscopy