Abstract: A test strip includes a body defining a sample entry, a test area, and a cavity. The cavity is configured to transport a test sample from the sample entry to the test area. The test strip includes at least one passive mixing element within the cavity. The passive mixing element is configured to cause passive mixing of the test sample as the test sample is carried from the sample entry toward the test area. A test sample to be analyzed is introduced to the sample entry and at least a portion of the test sample is transported through the cavity to the test area. During transport, the test sample is passively mixed.

Abstract: The present disclosure relates to devices, systems, and methods for performing diagnostic tests. The disclosed diagnostic devices are capable of performing analytic tests and communicating with a portable multifunctional device (PMD) or other computing device. Through input and manipulation of materials within the diagnostic device, a large range of tests may be performed. For example, alteration or customization of chemical components of the diagnostic device may enable many analytic applications to be provided. These analytic tests may include, but are not limited to, sensing or quantification of chemicals from sample input, whether gaseous, liquid, or otherwise, sensing or quantification of analytes, antibodies, or antigens, sensing or quantification of genetic material, or other substances.

Abstract: Described are devices, systems, and methods for performing diagnostic tests. The diagnostic systems are capable of performing analytic tests and communicating with a portable multifunctional device (PMD) or other computing device. Systems include an analyzer configured to transmit electrical signals between the computing device and a sample cartridge. Through communication with the sample cartridge via the analyzer, various tests may be performed and controlled by the computing device. These analytic tests may include, but are not limited to, sensing or quantification of chemicals from a sample input, whether gaseous, liquid, or otherwise, sensing or quantification of analytes, antibodies, or antigens, sensing or quantification of genetic material, or other substances.

Abstract: The present disclosure relates to devices, systems, and methods for performing diagnostic tests. The disclosed diagnostic devices are capable of performing analytic tests and communicating with a portable multifunctional device (PMD) or other computing device. Through input and manipulation of materials within the diagnostic device, a large range of tests may be performed. For example, alteration or customization of chemical components of the diagnostic device may enable many analytic applications to be provided. These analytic tests may include, but are not limited to, sensing or quantification of chemicals from sample input, whether gaseous, liquid, or otherwise, sensing or quantification of analytes, antibodies, or antigens, sensing or quantification of genetic material, or other substances.

Abstract: Described are devices, systems, and methods for performing diagnostic tests. The disclosed diagnostic devices are capable of performing analytic tests and communicating with a portable multifunctional device (PMD) or other computing device. Through input and manipulation of materials within the diagnostic device, a large range of tests may be performed. For example, alteration or customization of chemical components of the diagnostic device may enable many analytic applications. These analytic tests may include, but are not limited to, sensing or quantification of chemicals from sample input, whether gaseous, liquid, or otherwise, sensing or quantification of analytes, antibodies, or antigens, or sensing or quantification of genetic material or other substances.