6 Bio-microelectromechanical Systems (BioMEMS) …
127
Table 6.1
(continued)
BioMEMS platform
Main components
Fabrication strategy
Mechanisms of operation Detected analyte
Specifics
References
Lab-on-Cloth
• CCGTSs
• CCD camera
• Plastic support
The cloth-based device
fabrication was
accomplished via wax
screen-printing in order to
create hydrophobic wax
patterns
The enzyme/glucose
solution resulted in
oxidation of most glucose
to H
2 O
2 . The substrate
solution crossed the
narrow wax barrier, and in
the detection zone,
combines with the
enzyme/glucose
solutions. The CL
reaction was activated by
the enzymatic oxidation
solution and the emitted
signals were captured by
a portable CCD camera
Glucose
This device presents a
low-cost, simple, easy to
build and rapid
microfluidic channels in
cloth
Li et al. (2017)
(continued)
127
Table 6.1
(continued)
BioMEMS platform
Main components
Fabrication strategy
Mechanisms of operation Detected analyte
Specifics
References
Lab-on-Cloth
• CCGTSs
• CCD camera
• Plastic support
The cloth-based device
fabrication was
accomplished via wax
screen-printing in order to
create hydrophobic wax
patterns
The enzyme/glucose
solution resulted in
oxidation of most glucose
to H
2 O
2 . The substrate
solution crossed the
narrow wax barrier, and in
the detection zone,
combines with the
enzyme/glucose
solutions. The CL
reaction was activated by
the enzymatic oxidation
solution and the emitted
signals were captured by
a portable CCD camera
Glucose
This device presents a
low-cost, simple, easy to
build and rapid
microfluidic channels in
cloth
Li et al. (2017)
(continued)