Manu Beerens
@BeerensManu
Hoping to welcome some new colleagues soon! jobrxiv.org/job/brigham-wo…
Great work by the talented @jore_vw revealing previously unknown roles of PRDM16 in cardiomyocyte lineage specification and cardiac function, now published in @LSAjournal! This protein keeps surprising us with its versatility and impressive array of biological functions!
Check our newest paper on our favourite gene PRDM16! Big thanks to the whole team!
Interested in identifying the function of new players in cardiovascular development and disease using zebrafish, mice, and human-derived cells/biopsies? We are looking for a PhD candidate to join us in beautiful Hamburg! Apply here until 15.09.2024: uke.jobs/index.php?ac=j…
Thank you @IVBM2024 what a fantastic meeting! #vascularbiology #ivbm2024
Amazing work by @VascSensing_Lab identifying a role for PDE2A in lymphatic development and maturation!! Outstanding science by wonderful colleagues @UKEHamburg
I am very proud to share our new work, published today @Dev_Cell. We identify a fundamental role of the #phosphodiesterase2A in #lymphatic junctional maturation. This work was a great team effort led by Claudia Carlantoni & Leon Liekfeld @UKEHamburg #vascularbiology #PDE2A #cGMP
Today is our Kick-off event for a new @UKEHamburg Vascular Research Seminar series (VRS) 🙌🏻 we are happy to welcome @MiikkaVikkula who will talk about #genetics, #pathophysiology and #therapeutictrials for #vascularmalformations!
Fantastic work by @VascSensing_Lab demonstrating specific cGMP modulators may interfere with lymphatic development, while leaving blood vessels relatively unperturbed, potentially leading to new clinical applications
Excited to share our new preprint: A novel player in #lymphatics - The phosphodiesterase 2A #PDE2A regulates lymphatic #endothelial development via #cGMP-mediated control of #Notch signaling #vascularbiology supported by @dfg_public @dzhk_germany biorxiv.org/content/10.110…
Great opportunity to work on an exciting topic with a great team and amazing mentor!
We are looking for an enthusiastic #postdoc to join our team @UKEHamburg - This project will characterize novel #stiffness #biosensors in endothelial cells in vitro and in vivo. Contact me for further info. Apply and RT! #vascularbiology #ECM tinyurl.com/3cw865mp
Congrats @AlexAkerbergPhD! Well deserved!
Akerberg & colleagues discovered that #RBPMS2 is a splicing factor that is essential for #cardiomyocyte #contractility. Learn more at ahajrnls.org/3iuMUN9 @AlexAkerbergPhD @calum_og @ChrisNguyenPhD @BeerensManu
Are you interested in joining our lab as a lab tech to work with me on an exciting project in cardiovascular disease? There is still time to apply! 🙂 Funded by the @dzhk_germany. @VascSensing_Lab @YoungDZHK uke.jobs/sap(bD1kZSZjPT…
We are looking for a new colleague to start his/her independent scientific career in the field of vascular biology/hemostasis & thrombosis. Interested in joining our dynamic team in the amazing city of Hamburg, Germany? Apply here: uke.jobs/sap(bD1kZSZjPT…
Amazing work by the incredibly talented @wandi_zhu and @LabMacrae revealing a pro-thrombotic role for Piezo1 in diabetes using both patient-derived cells and disease modeling in zebrafish! Piezo1 inhibition as a new therapeutic strategy? Read more here: science.org/doi/abs/10.112…
Our work on the role of Prdm16 in arterial development is finally online! Massive thanks to @jore_vw, @niche_leigh , @ShaneWrightBME , @LabMacrae and all the other co-authors for making this happen! Read more about our story here: biorxiv.org/content/10.110…
Our new website is finally online: macraelab.bwh.harvard.edu! Check it out the find out more about the ongoing work in the MacRae lab @LabMacrae
Craps et al. identify #Prdm16 as an arterial-specific transcription factor and loss impairs arterial flow recovery. #scRNAseq revealed affected Ca++ homeostasis and NO bioavailability in #EndothelialCells. Learn more at ow.ly/xwdz30rLRLc @CMVB_KULeuven @WouterDdn
Excited to share our latest work on Prdm16 as an arterial maintenance factor in ischemic conditions! This one has been years in the making and wouldn’t have been possible without some great collaborations! Big thanks to everybody involved! ahajournals.org/doi/10.1161/CI…
Congratulation to the Luttun lab! This study will undoubtedly make a significant impact on the field of PAD research! Can’t wait to see some of the results!
Excited to announce that the lab from Aernout Luttun received a grant from @FWOVlaanderen for the project: Unraveling the cellular landscape and the up- and downstream molecular mechanisms of peripheral arterial disease at single-cell resolution. @KU_Leuven @Cardio_KULeuven
Amazing opportunity to work under a great mentor!
Excited to announce that the lab from Aernout Luttun received a grant from @FWOVlaanderen for the project: Unraveling the cellular landscape and the up- and downstream molecular mechanisms of peripheral arterial disease at single-cell resolution. @KU_Leuven @Cardio_KULeuven
BioSymetrics is going viral. (Viral video that is.) New video debuts the upcoming Augusta™ product release and the new Augusta Architect features.