Cellular aging
Investigate senescence, telomere maintenance and other aging-associated phenotypes.
BIOLOGY MEETS SILICON
Age Gracefully.
Age Well.
Building a new way to measure aging.
BioPyrexia is developing a semiconductor-manufactured organ-on-chip platform for aging biology and longevity research, integrating biological models with controlled microenvironments and advanced sensing.
ORGAN-ON-CHIP × INTEGRATED SENSING
THE OPPORTUNITY
Aging is measurable biology.
We are building toward controlled, human-relevant systems in which aging-associated biology can be interrogated through measurable cellular and tissue-level readouts.
Autophagy
Study cellular recycling and stress-response biology as measurable research endpoints.
Scalable measurement
Integrate sensing into the biological system to move toward more parallelized measurement.
THE PLATFORM
A semiconductor-manufactured tissue chip for aging biology.
BioPyrexia is developing a hybrid architecture combining optical access, microfluidics, biological interfaces and silicon-enabled structures and sensing.
THE SCIENCE
From mechanism to measurable readout.
The scientific focus connects cellular aging with SIRT1, autophagy and stress-response biology. These relationships remain subjects for experimental validation.
Longevity compound→SIRT1 / stress pathways→Autophagy→Aging-associated readouts
FIRST APPLICATION
Longevity research and compound screening.
The initial application is a research platform for screening and characterizing compounds against defined aging-associated readouts.
Mechanism research
Investigate relationships among aging-associated pathways and cellular phenotypes.
Compound screening
Compare candidate compounds against defined biological readouts.
Translational research
Generate complementary evidence for future therapeutic research and development.
COLLABORATION
Let's build the next generation of aging biology tools.
We welcome conversations with pharmaceutical and biotechnology companies, researchers, engineering partners and investors.
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