HTS Organ-on-Chip + AI for Predictive Drug Discovery with Less Animal Modeling

We have developed the world’s first and market-leading organ-on-chip platform, powered by pharmaceutical-scale engineering and advanced image-based AI. This technology addresses a critical gap in preclinical research by providing physiologically realistic human organ models, enabling more predictive drug discovery while reducing reliance on animal testing.

Current methods of drug discovery and development such as 2D Culture and Microfluidic Chips are limited by:

Low Throughput
High Cost
Poor Imaging Support
Complicated Handling
Difficult Data Integration
Lack of tech and clinical validation

Our organ-on-chip technology:

Engineering the future of human-relevant drug discovery.

High Predictive Accuracy

90% vs. 50-65% with live animals

High Throughput Screening/Scalability

Save both time and money – 1-4 months vs upwards of 18 month

AI driven Image based analytics

Rapid, unbiased, and high-throughput insights

Flexibility of offerings

Off the shelf or customized options

Prioritize the most promising drug candidates

Improve accuracy and obtain key data early in the drug discovery process

Superior risk assessment

Avoid late-stage losses through early mechanistic insights

Our four-core E.P.I.C. Platform learns and grows in a closed loop feedback cycle enabling highly scalable exploration of human biology.  

Engineering

Economical microfluidic chips and perfusion solution that balance complexity and throughput.

Preclinical

Pharma-scale Drug Testing On-Chip

Imaging

Multiple cell staining methods and high content imaging analysis to accurately capture 3D morphology.

Computation

AI Pipeline: Multiplexed Data Analysis & Integration

 

Connect with Us

Email

outreach@xellarbio.com

R&D Lab Address

500 Rutherford Ave, Boston, MA 02129

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