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Organ-on-Chip

Companies, researchers, investors, standards, events, and funding shaping human-relevant organ-chip systems.

Fig. 461 · Microscope slide

The field

At a glance

Definition

Explore the organ-on-chip landscape, including commercial platforms, scientific leaders, capital, public programs, events, and foundational research.

Field at a glance

Organ-on-Chip organizations
40
Organ-on-Chip people
12
Organ-on-Chip programs and funding
7

Who is working on it, and who is paying for it

Organizations in the field

The labs, companies and funders doing the work, and the groups helping it along.

Research and public institutions 4

Funders 21

Show all 21 funders
Venture Capital

GlenRock Capital

Oost NL imageGrant Maker

Supporting innovation and economic growth in East Netherlands.

Companies 10

AlveoliX imageStartup

Develops mechanically active organ-on-chip systems, including breathing lung models.

Emulate imageStartup

Develops Organ-Chip systems and human-relevant tissue models for drug discovery and development.

Hesperos imageStartup

Provides Human-on-a-Chip systems and contract research for drug safety and efficacy.

InSphero imageStartup

Develops 3D tissue and Akura Flow organ-on-chip platforms for preclinical research.

Show all 10 companies
MIMETAS imageStartup

Develops the OrganoPlate organ-on-chip platform and human tissue models for drug development.

Quris-AI imageStartup

Combines patient-on-chip experiments with machine learning for clinical prediction.

Vivodyne imageStartup

Uses microfluidic human tissue systems and robotics to generate predictive biological data.

Associations and field builders 3

InnovationQuarter imageCommunity

Empowering innovation and economic growth in South Holland.

Other organizations 2

The names to know

People shaping the field

Showing 12 of 12

Person

Bioengineer, Vivodyne co-founder, and co-author of the foundational lung-on-chip paper.

Person

Founding director of the Wyss Institute and a pioneer of human organ-chip technology.

Person

Organ-chip executive and scientist associated with Emulate's platform development.

Person

Co-founder of Hesperos and pioneer of multi-organ microphysiological systems.

Person

CEO and scientific director of AlveoliX.

Person

Organ-on-chip researcher and AlveoliX scientific advisor.

Person

Founder and organ-chip technology leader at TissUse.

The reading, grouped by topic

Papers in the field

Each paper is counted once. Open a card for its preprint and its published version, where both exist.

Methods and standards 1

Paper

Journal Article

Provides a practical primer on organ-chip design, fabrication, operation, assays, and application-specific tradeoffs.

Authors
Chak Ming Leung, Pim de Haan et al.
Year
2022
Venue
Nature Reviews Methods Primers
Topic
Methods and standards

Translation and validation 4

Paper

Journal Article

Assessed progress, adoption barriers, and the next translational priorities for organ-chip technology.

Authors
Lucie A. Low, Christine Mummery et al.
Year
2021
Venue
Nature Reviews Drug Discovery
Topic
Translation and validation

Multi-organ systems 1

Foundations 2

Paper

Journal Article

Defined the organ-chip field and explained how microfluidic tissue interfaces can model human physiology and disease.

Authors
Sangeeta N. Bhatia, Donald E. Ingber
Year
2014
Venue
Nature Biotechnology
Topic
Foundations
Paper

Journal Article

Demonstrated a breathing human lung-on-chip that reproduced tissue-interface functions and responses to mechanical strain.

Authors
Dan Huh, Benjamin D. Matthews et al.
Year
2010
Venue
Science
Topic
Foundations

Where the field meets

Events and conferences

Conference series 2

Earlier and undated events 2

Showing 2 of 2

Event

Dated 2026 occurrence of the European organ-on-chip community's annual meeting.

Money and ways in

Programs and funding

Programs and fellowships 5

Open funding opportunities 1

Other funding opportunities 1

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