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Development of human immortalized and induced pluripotent stem cells for in vitro disease modelling and toxicity testing

Programme of the Session

  • 10:00 - 10:10 Introduction & welcome
    Chantra Eskes & Thomas Hartung
  • 10:10-10:50 Immortalization of human cells 
    Regina Grillari
    BOKU, Austria
  • 10:50-11:30 Neuronal differentiation of human pluripotent stem cells lines
    András Dinnyes
    Biotalentum, Hungary
  • 11:30-12:00 Discussions
  • 12:00-13:00 Lunch break
  • 13:00-13:40 Human pluripotent stem cells for cardiac disease and safety pharmacology
    Robert Passier
    Leiden University Medical Centre, Netherlands
  • 13:40-14:20 Induced pluripotent stem cell-derived cellular systems for in vitro disease modelling and toxicity testing
    Giorgia Salvagiotto
    Cellular Dynamics, United Kingdom
  • 14:20-15:00 Bioengineering next-generation stem cell culture technology
    Nikolce Gjorevski
    EPFL, Switzerland
  • 15:00-15:40 Good cell culture practices on human stem cells
    Thomas Hartung
    CAAT, United States
  • 15:40-16:00 Round-table discussions & conclusions
    Chantra Eskes & Thomas Hartung

Session Abstract

The increasing pace of technological developments of modern cell culture and engineering leads to what is often called “disruptive technologies” for product development and safety assessment.  The combination of cell culture with genetic- and bio- engineering has led to a number of technologies to make cell culture more human- and organotypic- like, such as human stem cell-derived systems, 3D culture, perfusion, co-cultures, combinations with scaffolds and sensors that can lead to multi-organ “human-on-chip” solutions. By recreating human cells and organ architecture, homeostasis of the cell environment and organ functionality, these models mirror more closely the species of interest and its physiological situation. However, these technologies also bring a number of challenges in order to ensure reproducibility and quality of the systems used. These include cell identity, characterization of pluripotency, differentiation, functional potential, genetic stability, windows of use and microbiological controls as well as non-homeostatic and non-physiological culture conditions. The poor or lack of implementation of quality control and reporting standards can contribute to the current reproducibility crisis in the life sciences. In vitro methods are prone to artifacts, but they are developed much faster than their quality control.
This CEC session will provide insights on the challenges encountered in developing and culturing standardized and reproducible human immortalized and induced pluripotent stem cells from different organs, and on possible tools for ensuring their quality for in vitro disease modeling and toxicity testing applications. Furthermore it will address the concept of Good Cell Culture Practice  (GCCP) applied to the fast-paced developments of new technologies such as human stem-cell-derived models and organotypic cell cultures, based on an international collaboration started in 2015 and carried out in the US and Europe.  

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