Singapore’s Microelectronics Institute will work with the University of Illinois at Urbana-Champaign to explore new ways to design and manufacture nanowire sensors. Their goal is to create a commercially available sensor that can eventually be used in point-of-care testing systems to detect cancerous signaling proteins.
According to the cooperation agreement, FET nanoplate arrays used for manufacturing nanowire-based field effect transistor (FET) sensors will be designed in Illinois, and these devices will be manufactured at IME's 8-inch CMOS fab in Singapore.
Researchers believe that silicon nanowire sensors can pass fast-power, low-cost, high-throughput biological tests. However, they still have not found a feasible method to design and manufacture this consistent, reproducible device.
"The key is that there are still some unknowns, such as the influence of the surrounding environment and the electrostatic shielding performance of nanowire sensors," said Chen Yu, chief researcher at IME.
The fixed-point health diagnostic system is one of the fastest-growing areas of the healthcare market, and it is estimated that by 2013, the value in this area will exceed $22.5 billion.
According to the cooperation agreement, FET nanoplate arrays used for manufacturing nanowire-based field effect transistor (FET) sensors will be designed in Illinois, and these devices will be manufactured at IME's 8-inch CMOS fab in Singapore.
Researchers believe that silicon nanowire sensors can pass fast-power, low-cost, high-throughput biological tests. However, they still have not found a feasible method to design and manufacture this consistent, reproducible device.
"The key is that there are still some unknowns, such as the influence of the surrounding environment and the electrostatic shielding performance of nanowire sensors," said Chen Yu, chief researcher at IME.
The fixed-point health diagnostic system is one of the fastest-growing areas of the healthcare market, and it is estimated that by 2013, the value in this area will exceed $22.5 billion.
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