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AlveoliX

AlveoliX AlveoliX provides advanced in-vitro models, called Organs-on-Chip. These models are used to better predict human responses in preclinical drug development and to gain more insight into human biology.

AlveoliX’s mission is to make organs-on-chips the new standard for preclinical decision-making and the leading alternative to animal experiments. With our technology, we reproduce the microenvironment of human organs in an unprecedented way.

AlveoliX

Switzerland

AlveoliX provides advanced in-vitro models, called Organs-on-Chip. These models are used to better predict human responses in preclinical drug development and to gain more insight into human biology.

AlveoliX’s mission is to make organs-on-chips the new standard for preclinical decision-making and the leading alternative to animal experiments. With our technology, we reproduce the microenvironment of human organs in an unprecedented way.

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Barrier-on-Chip System Our barrier-on-chip allows the modeling of a wide range of tissue barriers. The soft cell culture substrate facilitates cell attachment and the establishment of tight mono- and co-cultures.
It is perfectly suitable for modeling various tissue barriers such as lung, gut, skin, brain, kidney, etc. using cell lines, induced pluripotent stem, or primary cells.

Barrier-on-Chip System

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Our barrier-on-chip allows the modeling of a wide range of tissue barriers. The soft cell culture substrate facilitates cell attachment and the establishment of tight mono- and co-cultures.
It is perfectly suitable for modeling various tissue barriers such as lung, gut, skin, brain, kidney, etc. using cell lines, induced pluripotent stem, or primary cells.

Alternatives to Animal Testing

Lung-on-Chip System Our lung-on-chip recreates the micro-environment of the lung alveoli, particularly of the air-blood barrier. The thin, porous membrane allows to culture lung cells in outmost physiological conditions.

Lung-on-Chip System

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Our lung-on-chip recreates the micro-environment of the lung alveoli, particularly of the air-blood barrier. The thin, porous membrane allows to culture lung cells in outmost physiological conditions.

Alternatives to Animal Testing

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