Biosensor-Feedback Platform™
Our Biosensor-Feedback Platform™ is a configurable multi-functional electronic system based on our patented technology. It is capable of synchronous measurements from multiple sensors, belonging to different sensor classes, and/or from various front ends. With only a software algorithm and appropriate sensors, this platform can be made into an application-specific diagnostic device. Various types of controllers can be programmed in, to provide a feedback mechanism. A built-in signal generator can provide controlled electrical stimulation, e.g., in response to a measured neurotransmitter, or can control drug delivery timing or amount, or other external device. The user can define appropriate function through a graphical user interface. There is also a well thought-out path to miniaturization, to achieve a System-on-Chip (SoC) solution for handheld instruments or implantable clinical devices.
Saving Your Company Valuable Time & Money
An easy to use graphical user interface allows the end-user to define even a complex function of the device without the need for any engineering knowledge. It allows for a user-defined number of inputs and outputs and, in the current version, for up to four controllers.
This platform is intended to significantly decrease time-to-market and development costs for the medical device and instrumentation companies. It will allow, for those working on new sensor developments, to begin integrating their sensors into functional device prototypes early in the process and to be able to utilize a miniaturized, application-specific version of the platform as the back-end in their final products.
A Wide Range of Applications
The Biosensor-Feedback Platform™ has multiple inputs able to measure and/or combine measurements of several entities, including, e.g., : various electrical signals from both standard electrodes and EKG or EEG electrodes; physiological measurements, including various ions and gases; as well as changes in the biochemical state of tissues, utilizing various biomarkers. An application-specific algorithm can combine those measurements into a diagnostic outcome in a Point-of-Care, field-configurable, or universal (at home) devices. The Platform can also be utilized as a controlled treatment device by implementing an appropriate controller.