Alessandro Fantin retweeted
Heme is an essential iron-containing porphyrin that plays a critical role in #EndothelialCell (EC) function
This #OpenAccess study sheds light on biological impact of endogenous porphyrins on EC function and #angiogenesis. 💡
🔗 Give it a read: bit.ly/4b9gUpD
Alessandro Fantin retweeted
Thrilled to share that our new paper has been accepted in Redox Biology!
ATP-binding cassette B8 prevents endothelial dysfunction and atherosclerosis.
doi.org/10.1016/j.redox.2025…
#RedoxBiology #Endothelium #mitochondria #endothelium #atherosclerosis #iron #TGFbeta #Cardiology
Alessandro Fantin retweeted
Now published in @Dev_journal!
We show that a #Pax3 lineage has hemogenic potential and produces transient #blood progenitors in the developing #embryo.
Thanks to @RuhrbergLab @UCLeye @ucl
journals.biologists.com/dev/…
Alessandro Fantin retweeted
Vascular permeability researchers and 'omics' fans, please read our new research article in AngioGENESIS rdcu.be/eduhm to open the conversation on VEGF signalling pathways.
Alessandro Fantin retweeted
Try our app!
ruhrberglab.shinyapps.io/Bul…
Read all about it here:
nature.com/articles/s44161-0…
Alessandro Fantin retweeted
Presenting the BulkECexplorer at @SEBiBC_es's 1st Congress.
This webapp develped by @RuhrbergLab in collaboration with @fantinlab allows studying endothelial cell gene expression across 240 human and mouse bulk RNA-seq samples
#congresosebibc2024 #AcademicTwitter
Auguri a tutte le mamme! regaliamo l’Azalea di AIRC alle mamme e a tutte le donne perché il futuro della ricerca è nelle nostre mani! #azaleadellaricerca #airc @AIRC_it
Glad to share our latest research in collaboration with @RuhrbergLab
Research| Brash et al. created the #BulkECexplorer, an online tool to predict active and leaky gene expression in five vascular endothelial cell subtypes commonly used for functional studies. doi.org/10.1038/s44161-024-0… @ruhrberglab, @UCLeye
👉rdcu.be/dA4Kk
Proud to have collaborated with @annacariboni @JeroenPasterk and contributed to this project elucidating a novel role for SEMA6A in regulating brain vascular barrier and puberty onset! link.springer.com/10.1038/s4…
A 1-year position for a highly motivated postdoc (or predoc) is available
@fantinlab
(University of Milan) to study novel mechanisms in vascular biology by exploiting microfluidic devices and single cell studies. For more info please visit fantinlab.unimi.it
Ho firmato la petizione al Parlamento Italiano per impedire che venga bloccata la ricerca sulla carne coltivata. Firma subito anche tu l'iniziativa dell'Associazione Luca Coscioni! @ass_coscioni
associazionelucacoscioni.it/…
Alessandro Fantin retweeted
📣A new #TitleStory
"A Refined Single Cell Landscape of Haematopoiesis in the Mouse Foetal Liver" from Alessandro Fantin, Christiana Ruhrberg et al. @RuhrbergLab @fantinlab
👉mdpi.com/2221-3759/11/2/15
#devbio #mdpiJDB @JDBMDPI
Alessandro Fantin retweeted
MyDev23 just finished! A great day of science with a super keynote lecture, great talks, wonderful discussions and posters. 112 enthusiastic scientists attended! We will be back in 2025! Enjoy the pictures of today's event! @LaStatale
looking forward to the plenary lecture and the other talks from young developmental biologists!
We have and exciting program for #MyDev23, taking place next Friday at Dept of Biosciences @LaStatale! Check it out at mydev.unimi.it/index.html or 👇 and join us for the day!🪰🐟🐭
Grateful to @Telethonitalia and honored to collaborate with @vallamassa and @CristinaGervas9 to shed new light on the Tdark side of Cornelia de Lange syndrome by combining hiPSCs and Zebrafish: lastatalenews.unimi.it/malat…; telethon.it/cosa-facciamo/ri…
Alessandro Fantin retweeted
My lab and @CristinaGervas9 ‘s lab will open a shared postdoc position on a newly funded project on 3d in vitro models for rare genetic disorders. If u know of motivated junior scientists possibly interested, please direct them to us! (Mail or DM are ok!)
Congratulations to Leonardo Bettinelli and his supervisors Camilla Cerutti @ccamilla81 and Gaia Spinetti for graduating with top marks and a thesis on human bone marrow vasculature
