AlveoliX innovative contribution for lung-on-chip based inhalation assays has been published in “Advanced in vitro lung-on-chip platforms for inhalation assays: From prospect to pipeline” in collaboration with the Israel Institute of Technology, ARTORG Center and Helmholtz Institute for Pharmaceutical Research Saarland. Learn more
MoreThe Swiss Institute for Translation and Entrepreneurship in Medicine opens its doors to the public on August 30th to share the spirit of innovation and translational medicine. Join AlveoliX and all new units at SITEM, who will be exposing their cutting-edge technology to make patients life better.
MoreIn the course of this continuous growth, the Board of Directors has decided to further strengthen the positive momentum with a concentrated charge of expertise. Dr. Janick Stucki, AlveoliX’s Chief Technical Officer, and Dr. Nina Hobi, AlveoliX’s Chief Scientific Officer, have been appointed as the company’s new Co-CEOs. Stucki and Hobi succeed Prof. Olivier Guenat,…
MoreAs part of her Master in Life Sciences & Technology at EPFL, Ms. Raggi’s work consisted in reproducing a fatal pulmonary disease, acute lung injury, in vitro. Her great job with the lung-on-chip technology has been recognised by EPFL as the best project within her master program. Congratulations Giulia!
MoreThe AlveoliX Lung-on-a Chip developed with the ARTORG Center of the University of Bern has just been published in Nature Scientific Reports.
MoreNuria Roldan from the Organs-on-Chip group was awarded the best poster prize at the Eurotox 2018 conference.
MoreGreat honor for Janick Stucki, CTO at AlveoliX! He was invited to present the AlveoliX lung-on-chip at the TEDxBern on 31st August 2018. TEDxBern is introduced amazing and surprising Bernese ideas in 2018 again. The speakers know: ‘ANYTHING IS POSSIBLE’. They are developing new ideas, exploring combinations of tried and tested ideas, crossing borders and…
MoreWe are very happy to share that AlveoliX Lung-on-Chip patent has been accepted by the US Patent Office. Our lung-on-chip uniquely mimics the lung alveolar barrier, including the rhythmic mechanical strain induced by the three-dimensional breathing movements.
More