Reader
Reusable electronics interrogate the sensing component and measure signals. Device configuration and readiness require product-specific confirmation.

The technology concept combines target-specific molecular recognition with graphene field-effect transistor sensing. An electrical response is one part of a complete assay—not proof of diagnostic readiness.
Define the biological target or measurable indicator relevant to the intended question.
Select a molecular recognition element intended to bind the target.
The target interacts with the recognition chemistry under defined test conditions.
A graphene field-effect transistor senses binding-related changes.
The sensor response is measured electronically.
Reader electronics and assay-specific processing evaluate the measured response.
Calibration, controls and validation determine what the signal can mean for the intended use.
The workflow is conceptual. Sample compatibility, performance, interpretation, authorization and availability depend on the exact assay and market.
Reusable electronics interrogate the sensing component and measure signals. Device configuration and readiness require product-specific confirmation.
An application-specific disposable component can bring recognition chemistry and sample handling into the assay workflow. Its design and availability are assay-specific.
The complete test includes target, recognition chemistry, sample handling, calibration, controls, interpretation and validation.
A software/data layer is part of the working platform model. Specific connectivity and analytics functions are not presented here as implemented products.
This page explains the framework. It does not list any assay as validated, commercially available or regulator-authorized. The platform is not presented as a replacement for every laboratory discipline.
Tell us your target, sample context and intended use so the relevant readiness questions can be considered.