Quantum biology diagnostics
Quantum biology
New way to characterize biomolecules in fluids by looking at quantum mechanics phenomena applied to them
Point-of-care diagnostics
User-friendly, miniaturized and automated system enabling diagnostics at the point-of-care
Cancer liquid biopsy
Cancer diagnostics through freely circulating biomolecules shed by solid tumours into bloodstream
Quantum biology
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Proprietary nanofabrication process enables quantum biology analysis in biofluids
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Highly specific and sensitive target detection is made possible
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Rapid detection is provided by attracting target towards nanosensors
Electron transport
Tunnelling, hopping and flickering resonance
Electrical field attraction
Point-of-care diagnostics
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Entire system is miniaturized into one square inch
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No human operator and no infrastructure is required
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Ability to get answers when the patient is still nearby
Microfluidics
Tiny sensing area
Small ultra-sensitive readout
Cancer liquid biopsy
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Tumours shed small parts of themselves into the bloodstream (known as specific "analytes")
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They can be extracted from a blood sample
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Most interesting analytes are captured to come up with valuable clinical insights on cancer status
CTC
cfDNA
Proteins
Exosomes
Circulating tumour cells
Cell-free fragments of DNA
Byproducts of biological processes
Abundant cell vehicles
