RT @NatsudaNav @enhpathy_H2020 X @Novartis Thank you very much for hosting us #NIBR visit here in Basel 🟡🔵🔴 17.06.2022 pic.twitter.com/vXPZ00wipg
Last week from ENHPATHY's Twitter via Twitter Web App
RT @S_Spicuglia Really great oportunity for the @enhpathy_H2020 students to meet researchers from the @Novartis institute for biomedical research at Basel twitter.com/v_erconi/statu…
About a week ago from ENHPATHY's Twitter via Twitter for iPhone
RT @v_erconi Excited to be in Basel today with all the early stage researcher colleagues of the @enhpathy_H2020 network to enjoy a visit of @Novartis institute. Here two pics of the first introduction from Remi Terranova and @S_Spicuglia. pic.twitter.com/eucNoZsLWo
About a week ago from ENHPATHY's Twitter via Twitter for iPhone
RT @JingWan123 had a very nice @MSCActions secondment week in Warsaw. Thanks a lot to Dariusz and Abhishek @plewczynski @abhishek10ag and all the kindly Plewczynski Lab. We found a very nice beginning for collaboration and lots of possility to go further. @enhpathy_H2020 pic.twitter.com/vAqI7AKxnV
About 2 months ago from ENHPATHY's Twitter via Twitter for iPhone
RT @elveflow Great video from the @enhpathy_H2020 consortium about the project! Not to miss @MSCActions #Genomics #Bioinformatics bit.ly/3Fv9LQj
About 2 months ago from ENHPATHY's Twitter via Twitter Web App
RT @Fran__Leonetti This is #enhpathy ! twitter.com/enhpathy_H2020…
About 2 months ago from ENHPATHY's Twitter via Twitter Web App
RT @BartDeplancke Nice overview video of our #ITN #Enhpathy, aiming to train early-stage researchers on cutting-edge genomics and genome editing approaches/data with the goal of better understanding the molecular basis of human diseases that are linked to enhancer dysfunction. (#enhanceropathies). twitter.com/enhpathy_H2020…
About 2 months ago from ENHPATHY's Twitter via Twitter Web App
ESR 1 project : Dissection of coordinated stress responses by novel promoter elements with enhancer activity (WP1)
ESR 5 project : Understanding the impact of gene regulatory variation on disease using variable chromatin modules (VCMs) (WP2)
ESR 9 project : Analysis of the role of coregulators in the activity of cis-regulatory elements in response to inflammatory stimulation (WP1)
ESR 10 project : The spatial organization of enhancers around promoter regions within chromatin contact domains for selected Human cell lines: structural regulatory landscape (WP2)
ESR 11 project : Functional understanding of synergistic effects of enhancer elements at the onset of atherosclerosis (WP3)
ESR 12 project : Regulatory network guiding stem cell interactions within the hematopoietic niche using single cell genomics (WP1)
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No 860002. 