Software-programmable continuous-flow multi-purpose lab-on-a-chip

Lab-on-a-chip technology for continuous glucose monitoring.

The demand for continuous glucose monitoring systems is greater than ever. The microelectromechanical systems (MEMS) approach has the advantage of being relatively easy to upscale to a commercial level; the preferred MEMS technique would be to run several detectors at once and, through the improved statistics, get a both more accurate and more reliable device than is currently available. Lab-on...

A Field Programmable Multi-chip Module (FPMCM)

Multi-chip module (MCM) packaging can reduce the cost and increase the utility of eld programmable systems. We are currently developing a rst generation Field Pro-grammable Multi-chip Module (FPMCM) as a test vehicle for a particular MCM technology. We present the advantages of MCM for eld programmable systems and develop analytical models for estimating the capacity of FPMCM architectures base...

Hardware software partitioning of control data flow graph on system on programmable chip

Description: A System On Programmable Chip (SOPC) is a circuit that integrates all components of an electronic system into a single chip. It may consist on memories, one or more microprocessors, interface devices, configurable logic blocs and other necessary components to achieve the intended function. In this work we aim to propose a new hardware-software partitioning algorithm of control data...

Lab - on - a - Chip Technology —

Hybridoma: On-chip Cell Fusion Lab in a Tube Lab on a Chip

Antibodies have been used for many different applications ranging from basic biological studies to therapeutics. For example, antibodies are used in treatments as wide ranging as cancer care, autoimmune disease therapy, and to prevent rejection of transplanted organs. This requires large quantities of antibodies, which can be supplied via hybridoma generation. Hybridomas are hybrid cell lines f...