Unlocking bloods’ potential
Biology is Complex.
It is the Invisible World.
Molecules, proteins, drugs, or antibodies are only accessible through chemical reactions. Chemical dependency to samples' quantification is the major barrier to accessing biological data.
It is costly, slow, overloaded with steps, and characterized by fragmented processes.
At SPAICTRA
We unlock blood’s potential by harnessing the quantum states of sight.
Shifting towards
chemical-free analysis
Biology is Complex. It is the Invisible World. Molecules, proteins, drugs, or antibodies are only accessible through chemical reactions.
Chemical dependency to samples' quantification is the major barrier to accessing biological data. It is costly, slow, overloaded with steps, and characterized by fragmented processe
over
Tests are performed annually with
narrow and fragmented data.
Only
of blood’s components are
understood or analyzed at scale.
The quantum states of light
Unlike classical light, quantum light carries multiple pieces of information simultaneously. By leveraging this unique property, we design light to target specific components, overcoming the historical limitations of classical monochromatic light.
Data generation
This breakthrough is the only solution for large-scale data collection. In the US alone, over 15 billion tests are performed annually with narrow and fragmented data.
Cost efficiency
We pave the way for complete, chemical-free, and cost-effective access to blood.
Metabolomics and proteomics
Metabolomics and proteomics are recognized as the most relevant information for our health. Yet, to this day, only 1% of blood’s components are understood or analyzed at scale.
We strongly believe that unlocking metabolomics and proteomics at scale is the essential next step for healthcare, which is only possible by powering chemical-free blood analysis.
We aim to be the missing industrial link in the long-awaited digital biology revolution.