Our Journey
From academic research to revolutionizing gastrointestinal modelling
Development of the Aelius Biotech model gut system first began at Newcastle University as part of the BBSRC funded Alginate and Obesity project – developing a new functional product for weight loss. Our scientists were working with big food companies who wanted to avoid the ethical and PR issues of animal testing and so developed an in vitro model to simulate digestion. This system correctly predicted the outcome of a human trial and was proving really useful in the lab for a range of other projects.
We realised the huge potential of the system so decided to make it available commercially. From talking to our customers, we learned that the in vitro models currently available weren't great for modelling absorption – as these models don't include a mucus layer – and so we made it our mission to develop the most physiologically relevant models possible.
This led to us developing the Aelius Biotech integrated digestion and absorption system – the first gastrointestinal model than can simulate digestion, mucus permeation and epithelial absorption in a single system.
Aelius Biotech now offers a range of in vitro testing and in vivo testing, from simple lab assays and routine testing, rheology, integrated digestion and absorption testing through the entire aerodigestive tract as well as running human trials.
Key Milestones
Mucus Expertise
Prof Pearson has been a leading researcher in mucus and GI Physiology
Academic Innovation
Developed the first digestion system at Newcastle University as part of the BBSRC funded Alginate and Obesity project
Integrated Model Development
Development of the first integrated model of digestion, mucus permeation and epithelial absorption
Aelius Biotech Founded
Spun out from Newcastle University to commercialise our revolutionary in vitro digestion and absorption system
Expansion & Recognition
Expanded services to include comprehensive in vitro and in vivo testing, securing funding, and growing the team
2024-Present
Continuing to pioneer new models for mucosal surfaces including airways, disease state models, and age related models
Join Us on Our Journey
Partner with us to accelerate your research and development with the most physiologically relevant gastrointestinal models available
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