Development of iPSC derived Conducting Airways and application to toxicity testing

Newcells Biotech have been awarded a grant to employ a PhD student to help develop models of the human lung from iPSCs. The student will acquire a unique multidisciplinary skill set giving them a competitive employment advantage in safety assessment sciences either in industry, governmental bodies or academia.

The in3 project is funded by the EU’s Marie Skłodowska-Curie Action – Innovative Training Network (MSCA-ITN), part of a 3-year project to develop novel ways to assess toxicity for drug development in the brain, lung, liver and kidney.

Potential outcomes from the Newcells funding:


  • An iPSC derived conducting airway differentiation protocol in an air-liquid interface suitable for toxicity testing
  • The model will be characterised with respect to drug and nanoparticle handling and tissue specific expression of ciliated epithelia, Clara, goblet, and basal cells. The model will be challenged with toxins and nanoparticles to investigate application to toxicity scenarios and to identify the window of opportunity for exposure
  • Investigation of donor specific effects, initially using donors with P-gp SNPs
  • To challenge the optimised system to the in3 compounds and perform mechanistic and kinetic studies
  • Deployment of reporter iPSC and testing it with a larger compound set
  • To create and optimise a pulmonary AOP in collaboration with ESR8 working on conducting airways this will involve a systematic review to identify hazards from chemical and nanomaterial inhalation exposure
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Newcells Biotech acquires IP for Retinal Organoids from Newcastle University

Newcells Biotech  is pleased to announce the acquisition of intellectual property pertaining to the methodology for the differentiation of three-dimensional retinal organoids from human induced pluripotent stem cells (hiPSCs) from Newcastle University.  The acquired technology will add to the growing portfolio of proprietary technologies that Newcells