PAN3DP CONFERENCE SPEAKERS
Featured
UT SOUTHWESTERN MEDICAL CENTRE, USA
Topic: ‘Molecular and cellular mechanisms underlying cell fate specification during blood vessel development and organogenesis’
CARNEGIE MELLON UNIVERSITY, USA
Topic: 'The interaction of cells and tissues with engineered materials: Determining how cells sense, respond to and modulate their environment'
GEORGIA INSTITUTE OF TECHNOLOGY, USA
Topic: ‘Bioengineered synthetic hydrogels for regenerative medicine’
MPI-CBG, DRESDEN, GERMANY
Topic: 'Engineering Pancreas Organoids From Mouse Progenitors And Human Pluripotent Stem Cells'
POIETIS, FRANCE
Topic: ‘Pancreatic progenitors organoids derived from laser bioprinted hIPSCs’
EMBL, BARCELONA, SPAIN
Topic: ‘Microscale models of human vascularized tissues’
ETH, ZURICH, SWITZERLAND
Topic: 'Towards “PAN3DP Bioprinted Pancreatic Tissue” - Utilisation of advanced computational biology and image-based modelling to generate a pancreatic atlas and basis for 3D bioprinting strategies'
TEL AVIV UNIVERSITY, ISRAEL
Topic: ‘Post-embryonic beta-cell development: the role of the pancreatic microenvironment.’
UTRECHT UNIVERSITY, NETHERLANDS
Topic: 'Biofabrication strategies for engineering functional tissues and organoid assemblies'
TECHNION-ISRAEL INSTITUTE OF TECHNOLOGY, ISRAEL
Topic: ‘Towards “PAN3DP Bioprinted Pancreatic Tissue” - 3D bio-printing of vascularized tissue constructs.’
UNIVERSITY OF BRITISH COLOMBIA, CANADA
Topic: 'Pathways to pancreatic beta cell maturation'
PRINCETON UNIVERSITY, USA
Topic: ‘Tissue engineering strategies inspired by evolution’
PRINCETON UNIVERSITY, USA
Topic: ‘Leveraging proteomics and vascularization strategies to improve beta cell replacement therapies’
DE DUVE INSTITUTE UCL, BELGIUM
Topic: ‘Towards “PAN3DP Bioprinted Pancreatic Tissue” - Topological and biochemical relationships between epithelial and endothelial cells in developing pancreas.’
KING’S COLLEGE LONDON, UK
Topic: ‘Engineering pancreatic tissue: cells in time and space’
IMPERIAL COLLEGE LONDON, UK
Topic: 'Using bioengineering approaches to engineer tissues'