🔸 NWO-XS and Marie Curie Postdoctoral Fellowship grant winner
🔸 Stem Cell Disease Models
🔸 Myocardial Infarction and Cardiac Fibrosis
#FluorescenceFriday
#Proteoglycan rich #ECMatrix scar tissue is laid by migratory cells after a cardiac scratch wound with #hiPSC #Cardiomyocytes.
Happy #Fluorescencefriday #BlueSky & #CardioSky!
@ablanchasensio.bsky.social 👀
#Science 💥🧪 #Microscopy 🔬
#Proteoglycan rich #ECMatrix scar tissue is laid by migratory cells after a cardiac scratch wound with #hiPSC #Cardiomyocytes.
Happy #Fluorescencefriday #BlueSky & #CardioSky!
@ablanchasensio.bsky.social 👀
#Science 💥🧪 #Microscopy 🔬
Lets see what you got, @ablanchasensio.bsky.social 😉
Lets see what you got, @ablanchasensio.bsky.social 😉
biorxiv.org/cgi/content/...
Here, we automated the generation of 3D Cardiac Microtissues and performed a small high-throughput screen to identify several novel anti-arrhythmic compounds for CPVT1 🧪❤️
#Cardiosky #Science #hiPSC #Arrhythmia #Stemcell
biorxiv.org/cgi/content/...
Here, we automated the generation of 3D Cardiac Microtissues and performed a small high-throughput screen to identify several novel anti-arrhythmic compounds for CPVT1 🧪❤️
#Cardiosky #Science #hiPSC #Arrhythmia #Stemcell
Image shows the initial collision and fusion of a #Cardioid (right) with a blood vessel organoid (left) as part of a fun collaboration with @mvilacuenca.bsky.social!
Image shows the initial collision and fusion of a #Cardioid (right) with a blood vessel organoid (left) as part of a fun collaboration with @mvilacuenca.bsky.social!