Simple Platform For Complex Human Biology

Advanced platform technologies that replicate complex biological processes to accelerate drug discovery.

Simple Platform For Complex Human Biology

Advanced platform technologies that replicate complex biological processes to accelerate drug discovery.

Simple Platform For Complex Human Biology

Advanced platform technologies that replicate complex biological processes to accelerate drug discovery.

Simple Platform For Complex Human Biology

Advanced platform technologies that replicate complex biological processes to accelerate drug discovery.

At OrganoBiotech, our mission is to accelerate drug discovery by combining human-relevant, high-throughput Organ-on-a-Chip technology with the analytical power of machine learning.

A Collection of OrganoAssay Tissue and Disease Models to Choose From

Vascular Research

Vascular Inflammation

Vascular Fibrosis

Drug-Induced Vascular Toxicity

Respiratory Research

Pulmonary Viral Infections

Asthma Management

Pulmonary Fibrosis

Development in Progress

Gastrointestinal Research

Inflammatory Bowel Disease

Renel Research

Renal Drug Toxicity Evaluation

Renal Fibrosis

Kidney Reperfusion Injury Mechanisms

Reproductive Health Research

Drug Transport Across the Placenta

Preeclampsia Pathophysiology in the Placenta

Development in Progress)

Vascular Research

The Tumor Immune Microenvironment

Our Technology At A Glance

OrganoPlatform

Our core technology is the OrganoPlatforms that enable the development of diverse tissue models and assays. The platform supports tissue-specific customization for various biological systems and provides a scalable 3D perfusion tissue culture environment integrated with sensors ideal for high-throughput screening in drug discovery and biomedical research applications.

OrganoAssay

We have also developed a wide range of functional OrganoAssays on the OrganoPlatform to study complex, progressive, and multifactorial diseases. Traditional cell cultures and animal models often fall short in replicating the intricacies of these chronic conditions. Our assays help bridge this gap by leveraging the cellular diversity of human organoids and dynamic control of organ-on-a-chip systems to mimic the native human tissue environment. This enables reliable preclinical testing of drugs, producing data that truly reflect human physiological responses.

OrganoDrug

Leveraging the OrganoPlatform, we have further incorporated machine learning with high-throughput organ-on-a-chip technology to accelerate the development of OrganoDrugs.

Traditionally, this process from discovery to validation takes extensive time and substantial investment. Our interdisciplinary approach has the potential to achieve these milestones at a faster speed and a reduced cost.

Complete solution to your 3D tissue and organoid culture needs

We offer a suite of platforms and equipment for 3D tissue and organoid culture. These tools are designed to empower researchers to become effective model developers. If you’ve worked with standard multi-well plates, our systems will feel intuitive—yet far more advanced.

Follow us on LinkedIn to see what is new!

We are thrilled about the opportunity to assist Merck 3D Technologies team as they establish their BioFabrication lab! Our co-founder, Dawn Song Yi Lin, has been working closely with Yufang He, Richard Y. Cheng, Narendra Kumar Singh and the team to establish an automated assay workflow with our IFlowPlate and AngioPlate products.

Our Client Support Network

Contact us to discover how OrganoBiotech can support your next breakthrough in organ-on-a-chip innovation.

Press Release

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Publications

Explore peer-reviewed research and scientific studies that highlight our technologies and our discoveries.

Protocols

Access detailed step-by-step guides to support reproducible results with OrganoBioTech products and technology.

Posters

Browse visual summaries of key research findings and scientific presentations from previous conferences and events.

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