Ejona Rusha
Enabling research for future regenerative medicine solutions.
Enabling research for future regenerative medicine solutions.
Background
After more than a decade of Pluripotent Stem Cell research, we have learned how to employ human PSC to build better disease models and enable regenerative medicine research.
Since 2012, the Core Facility Induced Pluripotent Stem Cells has been providing reprogramming services to the HMGU scientific community. Since 2021, the core has expanded its services to include Crispr Cas targeting and iPSC differentiation in 2D/3D. We offer training for young scientists focusing on stem cell maintenance, quality assessment of their stem cell cultures and the differentiation modality of their interest.
Collaboration partners include major universities and academic institutions across the EU.
hPSC research requires specialized hands on experience. We offer our experience by performing proof of concept (PoC) experiments which enable faster experimental outcomes and identification of optimal hPSC based models for the communities research interests.
