Where Ideas 
Meet Impact

From expert voices to real-world experiences – everything you need to explore, learn, and take your next step with us.

Where Ideas 
Meet Impact

Publications & Media

Explore the science, inspiring stories, and media coverage that showcase our innovations, share our journey, and bring our vision to life.
Publications
Media
Microengineered alveolar array lung-on-chip with hydrogel membrane and simulated breathing mechanics for anti-fibrotic testing
 Biofabrication Tobias A Weber, Pauline Zamprogno, Sabine Schneider, Mohammad Amin Hajari, Philippe Büchler, Nina Hobi, Thomas Geiser, Arunima Sengupta and Olivier T Guenat Abstract We present a precision-engineered lung-on-chip platform that replicates the biomechanical and structural features of the human alveolar microenvironment for respiratory disease modeling and therapeutic evaluation. At the core of the device is a thin, suspended hydrogel membrane composed of biologically...
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In Vitro and In Vivo Efficacy of Epithelial Barrier-Promoting Barriolides as Potential Therapy for Ulcerative Colitis
Biomedicines Jon P. Joelsson, Michael J. Parnham, Laurène Froment, Aude Rapet, Andreas Hugi, Janick Stucki, Nina Hobi and Jennifer A. Kricker Abstract Background/Objectives: Ulcerative colitis (UC) is an inflammatory bowel disease and a major cause of ulcers and chronic inflammation in the colon and rectum. Recurring symptoms include abdominal pain, rectal bleeding, and diarrhoea, and...
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Breathing lung-on-chip: a versatile tool for assessing respiratory toxicity across multiple therapeutic modalities
Arch. Toxicol. Linnea Johansson,  Giulia Raggi, James Cartwright, Johnny Lindqvist, Laurène Froment, Patrik Andersson, Catherine Betts, Jorrit J. Hornberg, Nina Hobi, Anna Ollerstam, Paul Fitzpatrick Abstract: Inhalation administration of therapeutics is a crucial method for treatment of respiratory diseases, offering direct access to the target organ. However, the progression of candidate drugs is frequently impacted by clinical dose level limitations due to lung histopathological findings or...
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First breathing ‘lung-on-chip’ developed using genetically identical cells
We are proud to announce that the manuscript “Autologous human iPSC-derived alveolus-on-chip reveals early pathological events of Mycobacterium tuberculosis infection” has just been published in Science Advances. The Francis Crick Institute has demonstrated that our Lung-On-Chip model can faithfully replicate early stages of human lung infection. Key highlights: Maximiliano Gutierrez stated: “AlveoliX technology redefines disease...
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Von Katzen- und Quantensprüngen – Ein neuer Supercomputer soll in Zukunft Tierversuche unnötig machen und Krebs heilen
It’s showtime baby🤩. Do you want to know how AlveoliX makes the *quantum leap 🚀 * to *replace unneeded animal testing⁉️ Check it out! Special thanks to Julia SchwambornSRF – Schweizer Radio und Fernsehen,  Neue Zürcher Zeitung for making such a complex and game-changing science topic accessible to the public. 🙏 Video
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Great expectations for miniature lungs
💊 Do you know why the AXLung-on-Chip is a great alternative to simple in vitro models and animal research, and which opportunities offers in the field of personalized medicine? 💡 Find out the answer in this great infographic by Astrid Tomczak-Plewka, which narrows down the challenges of mimicking the lung micro-environment to 4 key steps...
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More and more startups in healthcare
📈 The medical start-up scene is booming: more than 2000 healthcare companies are founded in Switzerland every year, many of them in the field of biotechnology and medical technology. 📰 Learn about AlveoliX’s success story and the impact of its innovative environment including the Sitem StartUp Club (SSC) and the Medtech Hub. Article
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Advanced inhalation model with the AXLung-on-Chip System
👀 Take a closer look at how the Biological Barriers and Drug Delivery group at Helmholtz-Institute for Pharmaceutical Research Saarland has built an advanced inhalation model by using the AXLung-on-Chip System.  💊 With their advanced in vitro model, combining the breathing function and air-liquid interface, they are reproducing the inhalation of therapeutic drugs in vitro in nearly...
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FAQs

01
Do you have organ-on-chip models other than lung?
Yes, besides our well-established lung model, we have a gut model and are developing bladder models.
02
How does your chip compare to traditional Transwell systems?
Our chip features a 3.5 µm thin elastic membrane, much closer to in vivo basement membrane thickness than Transwell membranes (10–12 µm). It also has a higher pore density, which affects cell behavior and immune cell recruitment.
03
How many samples can I run per chip?
One AX12 device contains 12 independent alveolar units, allowing up to 12 replicates per experiment.
04
Can the system mimic different patient conditions, like pediatric models?
Yes, you can adjust stretch frequency, duration, and intensity to model various physiological or pathophysiological conditions.
05
What is the stretch function?
Our system mimics 3D mechanical stretch of organs using positive and negative pressure on an ultrathin membrane, stimulating cells dynamically.
06
Why is 3D stretch important?
3D stretch makes the cell barrier more physiological and sensitive, improving detection of drug effects or toxicity that static cultures may miss.
07
How does stretch affect barrier integrity (TEER)?
TEER remains stable under long-term stretch, with barriers maintaining function, although absolute TEER values may be slightly lower.
08
Do air bubbles occur in the system?
Our design minimizes bubbles. Small bubbles may appear after filling but disappear with medium changes.
09
Is leakage a problem?
No, proper screwing of caps ensures a tight seal and prevents leakage.

Application Notes

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Patient derived AXLung-on-chip model: mimicking Interleukin-2 – induced vascular leak syndrome and patient-specific responses

Interleukin-2: an efficacious  cancer immunotherapy with serious side effects

While Interleukin-2 (IL-2, Proleukin®) was the first approved immunotherapy for metastatic melanoma and renal cell carcinoma, its clinical use has been limited by significant side effects. Around one-third of patients treated with IL-2 develop vascular leak syndrome (VLS) — a condition that can cause pulmonary edema, inflammation, and immune cell infiltration. This challenge has driven efforts to develop safer IL-2 variants with reduced toxicity and enhanced anti-tumour efficacy.

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AXGut-on-chip: Advancing Drug Testing with a Human 3D Peristaltic Platform
Patient derived AXLung-on-chip model for immunotherapy safety: a case study with T-Cell bispecific antibodies (TCBs)
AXILD model: Efficacy testing of new drug candidates for pulmonary fibrosis

Our testimonials

AlveoliX's organ-on-chip technology with its ability to overcome the limitations of animal studies offers the potential for safer therapies and improved patient outcomes.
Lauriane Cabon
Group Lead Roche’s Institute of Human Biology 
The AlveoliX technology offers the potential to more accurately predict drug responses.
Gessica Marchini
Senior Researcher Chiesi Group
We are now working for about a year with the Alveolix platform and are impressed by its versatility and ease of use. The initial concept of a “breathing” membrane could be directly applied to gastrointestinal motility. We currently aim to make best use of the standardized plate format and adapt the platform to an automated liquid handling system.
Johannes Mosbacher
Professor for Precision Pharmaceuticals, FHNW, Switzerland
The AlveoliX technology redefines disease modelling and accelerates translational discovery towards human-based and personalized research
Maximiliano Gutierrez
Principal Group Leader The Francis Crick Institute

Ready to See It in Action?

Let’s streamline your discovery pipeline with our Organ-on-Chip platform.
Lung, Gut, Liver, and more — fully human, fully ready.
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