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PETA award for 3D Human Tissue Models to Assess Respiratory Toxicity
Wed 16 Jan 2019

Presented by the PETA International Science Consortium and Epithelix

In December 2018, the PETA International Science Consortium Ltd. and Epithelix Sàrl awarded researchers from the United States, the United Kingdom, and Germany free three-dimensional (3-D) reconstructed human respiratory tissue models manufactured by Epithelix. The models, MucilAir™ and SmallAir™, mimic different regions of the respiratory tract and can be used to test cosmetics, pharmaceuticals, industrial chemicals, pesticides, household products, cigarette smoke, and viruses.

After receiving proposals from all around the world, three researchers were chosen based on their proposals’ scientific merit and potential to use the tissues to replace animals in inhalation testing:


First Place ($5,000 award)

Kristine Nishida, from the Division of Pulmonary and Critical Care Medicine at Johns Hopkins School of Medicine, will expose the 3-D tissues to cigarette smoke to elucidate the mechanism underlying the progression of chronic obstructive pulmonary disease (COPD). She will also study tissues from human donors with COPD to gain a deeper understanding of the disease pathogenesis and how to reverse the effects.


Second Place ($2,500 award each)

Dr Chang Guo, Public Health England, will use the tissues for toxicity testing of carbon nanotubes.

Dr Richard Gminski, University of Freiburg, will use the tissues to evaluate the efficacy of drugs on Klebsiella pneumoniae, an antibiotic-resistant bacterium that poses a health threat to hospital patients worldwide.


Congratulations !

Prix Jaubert 2016
Wed 16 Nov 2016

Epithelix won the prize Jaubert 2016 to recompense the outstanding work of a chemist oriented towards the well-being of humanity

Initiative Genevois 2015 Award
Thu 31 Dec 2015

Epithelix won the Initiative Genevois 2015 prize awarding its success and its potential.

ECOBAT 2014 Prize
Thu 20 Mar 2014

Epithelix won the ECOBAT 2014 prize awarding the development of an in vitro cellular assay for toxicity assessment of construction materials based on human 3D airway epithelium model.

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