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Article: Biotechnological Equipment

Portable surface stress biosensor test system based on ZigBee technology for health care

, , , , &
Pages 798-804 | Received 15 Jan 2015, Accepted 09 Apr 2015, Published online: 15 May 2015

Figures & data

Figure 1. The top view of the chip's schematic diagram (a), the cross-section view of the biosensor along the line AA′ (b), the 3D image of the biosensor (c).

Figure 1. The top view of the chip's schematic diagram (a), the cross-section view of the biosensor along the line AA′ (b), the 3D image of the biosensor (c).

Figure 2. The SEM image of the releasing PDMS micromembrane and the gap.

Figure 2. The SEM image of the releasing PDMS micromembrane and the gap.

Figure 3. The flow chart of software design.

Figure 3. The flow chart of software design.

Figure 4. The principle scheme of biosensor test system.

Figure 4. The principle scheme of biosensor test system.

Figure 5. The test results of ethanol based on biosensors (error bars denote one standard deviation).

Figure 5. The test results of ethanol based on biosensors (error bars denote one standard deviation).

Figure 6. The test results of the functional process measured by the biosensor test platform and Agilent B1500A (a); and of Hgb measured by the biosensor test platform and Agilent B1500A (b).

Figure 6. The test results of the functional process measured by the biosensor test platform and Agilent B1500A (a); and of Hgb measured by the biosensor test platform and Agilent B1500A (b).
Supplemental material

Online_Supplement.pdf

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