2 Bio-microelectromechanical Systems (BioMEMS) …
23
Table 2.1
(continued)
BioMEMS platform
Main components
Fabrication strategy Mechanisms of
operation
Detected analyte
Specifics
References
PAD ELISA platform • Wax-printed
96-microzone paper
plate
• Image interpretation
device
• AuNPs
The AuNPs were
synthesized through
citrate-reduction
techniques, later
joined with PEG and
were added to the
IgG antibodies. A
wax printing method
was used to create
the pattern on the
paper designed. The
dimensions were
according to the
standard Costar
96-well microtiter
plate
A direct ELISA
protocol was
performed in the
device to detect the
IgG with a
colorimetric substrate.
Multiple P-ELISAs
were conducted in
parallel, allowing the
use of common
microplate processing
techniques with the
P-ELISA format
Neuropeptide Y
This device
provides an
inexpensive
platform to carry
out highly sensitive
(picomolar level)
biomolecular
assays at very low
sample and reagent
volumes
Murdock
et al. (2013)
(continued)
23
Table 2.1
(continued)
BioMEMS platform
Main components
Fabrication strategy Mechanisms of
operation
Detected analyte
Specifics
References
PAD ELISA platform • Wax-printed
96-microzone paper
plate
• Image interpretation
device
• AuNPs
The AuNPs were
synthesized through
citrate-reduction
techniques, later
joined with PEG and
were added to the
IgG antibodies. A
wax printing method
was used to create
the pattern on the
paper designed. The
dimensions were
according to the
standard Costar
96-well microtiter
plate
A direct ELISA
protocol was
performed in the
device to detect the
IgG with a
colorimetric substrate.
Multiple P-ELISAs
were conducted in
parallel, allowing the
use of common
microplate processing
techniques with the
P-ELISA format
Neuropeptide Y
This device
provides an
inexpensive
platform to carry
out highly sensitive
(picomolar level)
biomolecular
assays at very low
sample and reagent
volumes
Murdock
et al. (2013)
(continued)
