Prof. Riccardo Calafiore MD, Italy
Human induced-pluripotent stem ells (hiPSC) enveloped in elastin-like recombinamer microcapsules for the cell therapy of type 1 diabetes mellitus (T1D) preliminary data

Dr. Kaat De Groot, Belgium
Conditions for glucose control by implants of human pluripotent stem cell-derived beta cell preparations in mice

Dr. Jia Zhao, Canada
A stem cell system reveals islet formation through an unidentified budding process

Dr. Shadab Abadpour, Norway
Pump-less microfluidic device for the functional co-culture of human stem cell-derived islet and liver organoids

Ms. Ruth Tarpey, Ireland
Modelling oxygen transfer within a dual chamber system for insulin-producing cell transportation under ambient conditions

Mr. Jefferson Friguglietti, United States
Novel 3D cell culture technique utilizing a silicon titanium diboride micropatterned substrate for differentiating mesenchymal stem cells into insulin producing cells

Dr. Daniel M Tremmel, United States
Islet vascularized ECM gel (IVEG) constructs for transplantation into hypovascular sites and for studying islet-matrix-endothelial interactions

Prof. Bernard Tuch, Australia
Microcapsules in melt electrowritten scaffolds as a delivery device for human pluripotent stem cell derived islets

Dr. Shenghui Liang, Canada
A strategy to differentiate human pluripotent stem cells into insulin-producing islet clusters

Ms. Mahira Mehanović, France
On-chip maturation and characterization of iPSC-derived Langerhanoids

Prof. Michal Wszola, Poland
Full Insulin independence after transplantation of 3D bionic pancreatic tissue petals – large animals results

Prof. Michal Wszola, Poland
3D bioprinting of a bionic pancreas with a vascular system as a macro-device for stem-cell derived beta cells – results of transplantation in large animals

Dr. Mrignayani Kotecha, United States
Nondestructive, longitudinal, 3D viability and functionality assessment in a multi-well plate system using EPR oxygen imaging

Dr. Marta Klak, Poland
Extracellular matrix as a key component in the production of functional and physiologically stable artificial pancreatic islets using the inkjet method

Dr. Daniel T. Bowers, United States
Toward a full-scale vascularized and immediately perfused beta cell graft for surgical implantation

Dr. Anna A Dattoli, United States
TBX2 and TBX3 have distinct roles during pancreas development and in beta cells