Abstract: An assembly to detect fluid leaks is provided herein. For example, the assembly includes a plug, a gasket, and a sensor member. The plug is connected to a first electronic module. The gasket surrounds the plug to provide a fluid-tight seal around the plug. The sensor member is connected to the gasket to detect fluid loss that exceeds a predetermined amount.

Abstract: An assembly to detect fluid leaks is provided herein. For example, the assembly includes a plug, a gasket, and a sensor member. The plug is connected to a first electronic module. The gasket surrounds the plug to provide a fluid-tight seal around the plug. The sensor member is connected to the gasket to detect fluid loss that exceeds a predetermined amount.

Abstract: A method of sorting cells comprises providing a fluid flow path for cell movement through a series of cell sorters in a first direction with an output of a preceding cell sorter of the series communicating with an input of a successive cell sorter of the series. Within each cell sorter, a first portion of the cells is separated from a second portion of the cells by applying a first non-uniform electric field via a first electrode array to cause movement of the first portion of the cells in a second direction across the fluid flow path, having a component generally transverse to the first direction into the output of a respective cell sorter.

Abstract: A method of analyzing blood includes delivering a blood sample to a test device, applying a spatially varying electric field to the blood sample to provide a depleted cell concentration in a portion of the blood sample, and sensing a property of the portion of the blood sample.

Abstract: Systems and methods for fractionating components of a sample are disclosed herein. A method of fractionating components of a sample includes establishing a solution density gradient in a capillary channel, applying the sample to the capillary channel, and centrifuging the sample in the capillary channel, thereby separating the components of the sample by density.

Abstract: A method of transporting cells comprising transporting a plurality of cells through a transport path of a biodevice and maintaining substantially free individual movement of each cell during the transporting of the cells through the transport path.

Abstract: A method of transporting cells comprising transporting a plurality of cells through a transport path of a biodevice and maintaining substantially free individual movement of each cell during the transporting of the cells through the transport path.

Abstract: A method of sorting cells comprises providing a fluid flow path for cell movement through a series of cell sorters in a first direction with an output of a preceding cell sorter of the series communicating with an input of a successive cell sorter of the series. Within each cell sorter, a first portion of the cells is separated from a second portion of the cells by applying a first non-uniform electric field via a first electrode array to cause movement of the first portion of the cells in a second direction across the fluid flow path, having a component generally transverse to the first direction into the output of a respective cell sorter.

Abstract: A method of analyzing blood comprises delivering a blood sample to a test device, applying a spatially varying electric field to the blood sample to provide a depleted cell concentration in a portion of the blood sample, and sensing a property of the portion of the blood sample.