
Chloé Gulliver
@chloegulliver
Postdoctoral research scientist at University of Glasgow @baillie_lab👩🎓 @EACRnews Ambassador 🧬 Artist 🎨
ID: 1088543424448483333
24-01-2019 21:05:51
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96 Followers
188 Following

Insane week at the Gordon Research Conferences on cyclic nucleotide phosphodiesterases 🇨🇭thank you to all!


Baillie Lab outing yesterday to the Isle of Arran! So grateful to work with such an amazing group 🥰 🏴 Baillie Lab George Baillie Elka (Ellie) Kyurkchieva Joyce LING Emma Parsons



Congratulations to Dr Alice Main Alice Main who successfully defended her PhD thesis today from Baillie Lab and Will Fuller . We will miss you Alice, and wish you well in your next step. Thanks for being an amazing PGR student.



Humbled to give my first invited talk at University of South Alabama today 🇺🇸 I’ll be out here for a month training with Prof Tom Rich on FRET techniques





Happy to round off the year with our paper published today in Cancers MDPI. The CAPRA&PDE4D5/7/9 Prognostic Model is Significantly Associated with Adverse Post-Surgical Pathology Outcomes mdpi.com/2042024 #mdpicancers George Baillie Baillie Lab





💡 PDE4D7 is a vital modulator of cAMP signaling in prostate cancer cells. Scientists led by Chloé Gulliver at University of Glasgow provide insight into the regulatory role of PDE4D7 in the development of lethal prostate cancer. Learn more at British Journal of Cancer: 📑 go.nature.com/48BDCEw



So so happy to have passed my PhD viva on Friday and become Dr. Gulliver 🥰 thank you so much to the examiners Heather GJ and Don Maurice for a very insightful discussion, and thank you so much to Baillie Lab and George Baillie for everything over the past four years 🥳 👩⚕️so grateful


📘 New in Molecular Oncology! Chloé Gulliver at the Baillie Lab & colleagues report the existence of a newly identified PDE4D7–DHX9 signaling complex that may be crucial in #ProstateCancer pathogenesis. Learn more in the full study: 🔗 bit.ly/4ayg4Bq


Happy to share our latest publication in Molecular Oncology in which we identify the interaction between PDE4D7 and DHX9 and its implications in prostate cancer! Thanks to all involved 🙌 George Baillie lnkd.in/eGmftsmn

