We work where human biology meets engineering

Human-relevant aged tissue models

Preclinical service utilizing novel organ-on-a-chip technology to mimic an aged environment

Aging-on-a-Chip Services Induction • Validation • Multi-omics Learn about our tech See how we model aged human tissue Meet the team Scientific founders and advisors

What do we offer?

Aging-on-Chip Services

We induce aging using an organ-on-a-chip environment, validate the aged state, and run your studies across multiple readouts.

We'll adapt your SOPs to an organ-on-a-chip environment

Induction in an organ-on-a-chip microphysiological environment, then marker verification:

Research, toxicology, and drug-performance studies with orthogonal readouts:

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Founding principles

Age matters

Preclinical data often fails to account for aged physiology

Faster therapies

Our platform enables rapid discovery of vital longevity medicines

Human-like models

Decisions should be based on systems that closely mimic human biology

Ethical by design

The future of preclinical research is 100% animal-free

Founding team

CEO, Co-Founder B.S. Molecular Biology B.A. Neurobiology University of California, Berkeley
declanfarriday@berkeley.edu

CSO, Co-Founder Ph.D. Bioengineering and Biomedical Engineering University of California, Berkeley & UCSF
ckato@berkeley.edu

CTO, Co-Founder Professor of Nutritional Sciences & Toxicology University of California, Berkeley
astahl@berkeley.edu

Research

Scientific Advisory Board Member Professor of Bioengineering University of California, Berkeley
iconboy@berkeley.edu

Research

Previously at

Need to reach out directly? Email declanfarriday@berkeley.edu.