Electrochemical sensors for POC diagnostics from Canatu

Electrochemical sensors

Electrochemical sensors using Canatu CNT provide portable, affordable and easy to use method for point-of-care clinical analyses, and feature high sensitivity with unparalleled signal-to-noise ratio.  

Unique structural and catalytic properties

The inherently large specific surface area, high conductivity, and tailorable surface chemistry makes Canatu CNT films an ideal electrode material for biosensor development. Canatu’s unique dry deposition method enables mass production of highly repeatable CNT films with large electrochemically active surface area and high signal-to-noise ratio.

These high purity CNT films can be controllably functionalized to allow for a wide range of chemical modifications and immobilization chemistries while preserving the high sensitivity.

Electrochemical sensors using Canatu CNT’s offer:

  • high electrical conductivity and surface area
  • high sensitivity and signal-to-noise ratio
  • highly repeatable electrode platform
  • proven scalability of production process

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Measuring painkiller concentrations
in close to real time

Canatu has been developing electrode strips for point-of-care measurements of concentrations of painkillers for more than 4 years together with leading Finnish universities and Helsinki University Hospital. In this collaboration, test strips for the quantitative detection painkillers, such as paracetamol and opioids, have been developed. These painkillers are widely misused and are common causes of poisoning.

The developed test strips are based on highly sensitive and repeatable Canatu CNT electrode platform featuring high signal-to-noise ratio. Combining this electrode platform with e.g. the technology of the Aalto University spin-off company FEPOD Oy Ltd enables the direct measurement of low concentrations of drug molecules from untreated finger-prick blood samples at the point-of-care.

These test strips are currently being validated in three early clinical studies with clinical validation of a test strip for measuring the paracetamol (acetaminophen) concentrations from small finger-prick blood. Soon, this could facilitate the diagnosis and treatment of paracetamol poisoning.

Together with FEPOD, Canatu continues to develop test strips for measuring opioid levels in blood samples for diagnosing opioid overdoses and facilitating personalized pain treatment.

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Electrochemical sensors for medical diagnostics at the point of care from Canatu
Point-of-care sensing

Canatu has a versatile platform for biosensor development. Electrochemical sensors using Canatu CNTs have the potential to provide resilient, accurate, reliable, and low-cost analysis in clinical, industrial, environmental, food safety and agricultural sectors. See the platform. 

Canatu electrochemical sensor strip
Clinical studies

Canatu CNT -based electrochemical sensors for bedside blood concentration measurement progresses to clinical studies. The new point-of-care measurement enables real-time detection of analgesics from blood without extensive sample treatment, improving test result wait time, cost and convenience. See press release. 

Electrochemical sensors for medical diagnostics from Canatu
New hybrid sensor

Finnish ecosystem spurs diagnostics development. Canatu will develop a new hybrid electrochemical sensor for target detection and drug concentration measurement. See press release.

Our company

Canatu creates nano solutions for massive impact. We work with carbon, the most versatile material in the universe, and collaborate with other forerunner companies to make breakthrough innovations. See our company. 

Partnering for better tomorrows

Canatu partners with forerunner companies, research partners and a leading Finnish University Hospital, together transforming products for better tomorrows with nano carbon. See how we collaborate for an impact. 

Canatu CNT properties

Canatu CNTs feature clean surface ensuring large contact with the analyte, and high electrical conductivity, contributing to strong signal and low detection limit. Discover unique properties.