Abstract:
An integrated flow cell, the flow cell comprising a semiconductor substrate, and a fluidic conduit having an at least partially transparent semiconductor oxide tubing, wherein the semiconductor oxide tubing is formed with the semiconductor substrate.
Abstract:
An apparatus and method for controlling the flow of fluid though a channel. A first substrate defines features comprising a first channel. At least a portion of the first channel is bounded a deformable material having a first contour in which the first channel has a first cross-sectional area and a second contour in which the first channel has a second cross-sectional area.
Abstract:
The microfluidic reverse affinity-blot device of the present disclosure combines affinity binding for isolation and/or enrichment of protein(s) from a sample, followed by separation/identification thereof. In general terms, a microfluidic reverse affinity-blot device is a closed system of interconnected components that is comprised of defined points of entry and exit, wherein the interconnected components include a capture region upstream from a protein separation region and subsequent detection region. Methods of use are also described.
Abstract:
A liquid metal switch uses a conductive liquid droplet of a material containing gallium as a substitute for mercury. A secondary fluid surrounding the material containing gallium prevents the formation of oxide on a surface of the conductive liquid droplet.
Abstract:
The present invention relates to an optical detection cell for micro-fluidics. The detection cell provides a first layer, a detection cell layer contacting the first layer, a third layer contacting the detection cell layer and a detection channel defined through the detection cell to serve as a light path for receiving light for detecting a molecule Methods of detecting molecules and making the detection cell are also disclosed
Abstract:
Capacitive sensors using liquid metals can be fabricated using MEMS device design and fabrication techniques. Movement of the liquid metal in response to a stimulus can provide measurable changes in capacitance of the devices.
Abstract:
A switch comprises a first switch element configured to actuate by electrowetting, the first switch element comprising at least two radio frequency contacts and at least two control electrodes. The switch also comprises at least two additional switch elements configured to make and break an electrical connection between the at least two control electrodes of the first switch element.
Abstract:
A switch comprises a first switch element configured to actuate by electrowetting, the first switch element comprising at least two radio frequency contacts and at least two control electrodes. The switch also comprises at least two additional switch elements configured to make and break an electrical connection between the at least two control electrodes of the first switch element.
Abstract:
An electronic switch comprises a substrate having a surface and an embedded electrode, a droplet of conductive liquid located over the embedded electrode, and a power source configured to create an electric circuit including the droplet of conductive liquid. The surface comprises a feature that determines a contact angle between the surface and the droplet.
Abstract:
An electronic switch comprises a substrate having a surface and an embedded electrode, a droplet of conductive liquid located over the embedded electrode, and a power source configured to create an electric circuit including the droplet of conductive liquid. The surface comprises a feature that determines a contact angle between the surface and the droplet.