Abstract: An assay system and method for use in the field of chemical testing is disclosed. The assay system can be used for filtering whole blood for testing on an integrated circuit containing digital control functionality.

Abstract: An assay system and method for use in the field of chemical testing is disclosed. The assay system can be used for filtering whole blood for testing on an integrated circuit containing digital control functionality.

Abstract: A device and method for filtering blood is disclosed herein. The device can filter blood and attach analytes within the blood to magnetic particles. The analytes can then be strongly bound to an analyzing device by a magnetic force. The analytes can then be counted by the analyzing device and the result can be displayed.

Abstract: A biosensor system and method of its use for detecting particles on the surface of an integrated circuit is disclosed. The system can include a light source and a plurality of optical sensors formed on an integrated circuit. The particles can be positioned the surface of the integrated circuit whereby the particles can cast a shadow or shadows that reduces the amount of light transmitted from the light source to the optical sensors. The surface of the integrated circuit can include one or more optical sensing areas whereby the presence of one or more particles may significantly or measurably reduce the amount of light incident on one or more optical sensor.

Abstract: An assay system and method for use in the field of chemical testing is disclosed. The assay system can be used for filtering whole blood for testing on an integrated circuit containing digital control functionality.

Abstract: A biosensor system and method of its use for detecting particles on the surface of an integrated circuit is disclosed. The system can include a light source and a plurality of optical sensors formed on an integrated circuit. The particles can be positioned the surface of the integrated circuit whereby the particles can cast a shadow or shadows that reduces the amount of light transmitted from the light source to the optical sensors. The surface of the integrated circuit can include one or more optical sensing areas whereby the presence of one or more particles may significantly or measurably reduce the amount of light incident on one or more optical sensor.

Abstract: A stand-alone assay system for POC IVD that is fast, easy to use, inexpensive and delivers laboratory quality results for one or more target analytes from a small volume of unprocessed aqueous sample is disclosed. The stand-alone assay system is a disposable digital device. The stand-alone assay system integrates a sampling system that relies on users swiping a lanced finger containing, an unprocessed aqueous sample such as whole blood across a sample inlet to transfer or deposit the unprocessed aqueous sample on to a membrane filter or into a capillary. The stand-alone assays system may have one or more wireless modules for wirelessly transmitting assay information. The wireless modules can receive or transmit user information like patient ID or assay information like time, location or calibration values. The stand-alone assay system can display and transmit the assay information simultaneously.

Abstract: A biosensor system and method of its use for detecting particles on the surface of an integrated circuit is disclosed. The system can include a light source and a plurality of optical sensors formed on an integrate circuit. The particles can be positioned the surface of the integrated circuit whereby the particles can cast a shadow or shadows that reduces the amount of light transmitted from the light source to the optical sensors. The surface of the integrated circuit can include one or more optical sensing areas whereby the presence of one or more particles may significantly or measurably reduce the amount of light incident on one or more optical sensor.

Abstract: An assay system and method for use in the field of chemical testing is disclosed. The assay system can be used for filtering whole blood for testing on an integrated circuit containing digital control functionality.

Abstract: A device and method for filtering blood is disclosed herein. The device can filter blood and attach analytes within the blood to magnetic particles. The analytes can then be strongly bound to an analyzing device by a magnetic force. The analytes can then be counted by the analyzing device and the result can be displayed.

Abstract: A device and method for filtering blood is disclosed herein. The device can filter blood and attach analytes within the blood to magnetic particles. The analytes can then be strongly bound to an analyzing device by a magnetic force. The analytes can then be counted by the analyzing device and the result can be displayed.

Abstract: A device and method for filtering blood is disclosed herein. The device can filter blood and attach analytes within the blood to magnetic particles. The analytes can then be strongly bound to an analyzing device by a magnetic force. The analytes can then be counted by the analyzing device and the result can be displayed.

Abstract: A device and method for filtering blood is disclosed herein. The device can filter blood and attach analytes within the blood to magnetic particles. The analytes can then be strongly bound to an analyzing device by a magnetic force. The analytes can then be counted by the analyzing device and the result can be displayed.

Abstract: A biosensor system and method of its use for detecting particles on the surface of an integrated circuit is disclosed. The system can include a light source and a plurality of optical sensors formed on an integrate circuit. The particles can be positioned the surface of the integrated circuit whereby the particles can cast a shadow or shadows that reduces the amount of light transmitted from the light source to the optical sensors. The surface of the integrated circuit can include one or more optical sensing areas whereby the presence of one or more particles may significantly or measurably reduce the amount of light incident on one or more optical sensor.

Abstract: A device and method for filtering blood is disclosed herein. The device can filter blood and attach analytes within the blood to magnetic particles. The analytes can then be strongly bound to an analyzing device by a magnetic force. The analytes can then be counted by the analyzing device and the result can be displayed.