Graphene-based biosensor products to disrupt medical diagnostics

Graphene-based biosensor products to disrupt medical diagnostics

Technology News |
Series B funding will enable graphene pioneer Paragraf to commercialise more convenient diagnostic products than immunoassays or PCR tests.
By Jean-Pierre Joosting

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Paragraf has completed a $60m Series B investment round which will enable it to rapidly commercialise its innovative family of graphene-based biosensors.

Graphene biosensors will revolutionise diagnostics at the point of care by creating true lab-on-a-chip technology. Paragraf’s graphene biosensor development roadmap includes single-chip devices which will provide instant detection of a very wide range of biomolecules, including DNA, antibodies and enzymes. Diagnostic devices based on these novel biosensors will give faster and more accurate results than either the immunoassays or PCR (polymerase chain reaction) diagnostic tests in common use today. As graphene detects via electronic rather than optical means, graphene biosensors do not require complex sample preparation, and results can be produced in minutes at the point of care.

The new financial backing from existing and new venture capital investors will enable Paragraf to work with partners in the medical devices and healthcare industries to accelerate the delivery of commercial graphene biosensors for medical use worldwide.

Paragraf is the first company to develop a cost-effective, scalable technology for the mass production of consistently high-quality, contamination-free graphene on semiconductor industry-standard wafers. Paragraf already uses this technology to produce graphene-based electronics devices such as Hall sensors which offer ultra-low power, very high sensitivity, low noise and high accuracy.

Graphene, a pure, biocompatible material, shows very large changes in conductivity when ionic molecules attach to it, enabling the creation of biosensors which offer remarkably high sensitivity to DNA, antibodies and enzymes.

Paragraf’s highly reproducible graphene manufacturing process is compatible with established semiconductor processes, which allow multiple test cells to be fabricated on a single chip. This means that multiple tests can be performed from a single small patient sample, improving the patient experience and diagnostic accuracy, and accelerating the process of diagnosing multiple conditions.

Paragraf CEO Dr Simon Thomas said: ‘Medical practitioners are all too familiar with the shortcomings of immunoassays and PCR tests, but are resigned to using them because of the absence of a superior alternative. There is huge latent demand for better diagnostic technology. The new backing from investors will enable Paragraf to develop and deliver medically-approved, graphene-based diagnostic products which will satisfy this demand.’

The round included current investors Parkwalk, Amadeus Molten Ventures, IQ Capital as well as new investors New Science Ventures, British Patient Capital through its Future Fund: Breakthrough, and US based In-Q-Tel.

www.paragraf.com

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