Biomedical Engineering Reference
In-Depth Information
CHAPTER 3
Fabrication of Biosensors
Chapter Outline
3.1 Introduction
36
3.2 Different Methods of Biosensor Fabrication
37
3.2.1 Fabrication of a Glucose Sensor Based on a Nanocomposite Electrode (
Safavi et al.,
3.2.2 A potentiometric Protein Sensor Using Surface Molecular Imprinting Method (
Wang et al.,
3.2.3 Fabrication of Molecularly Imprinted Polymer Microarray on a Chip (
Henry et al., 2008
)
39
3.2.4 Fabrication of an Optical Fiber Imaging Sensor Using Inkjet Printing Technology (
Carter et al.,
3.2.5 Fabrication and Characterization of an Indium Tin-Oxide-polyaniline Biosensor (
Tahir et al.,
3.2.6 Novel Biosensor Fabrication Procedure Based on Processable Conducting Polyaniline
Nanoparticles (
Morrin et al., 2005a,b
)
43
3.2.7 Screen-Printing for DNA Chips with an Electrical Readout for the Detection of Viral DNA
3.2.8 Fabrication of Microband Glucose Biosensors: Use of Screen-printed Water-based Carbon Ink and
use of the Biosensors in Serum Analysis (
Pemberton et al., 2009
)
46
3.2.9 Fabrication of a Highly Sensitive Glucose Sensor Using Immobilized Enzymes (
Lu et al.,
2007
)
47
3.2.10 Fabricaton of a Zinc Oxide Nanoparticle/Glucose Oxidase Biosensor (
Ren et al., 2009
)
49
3.2.11 Fabrication of a Highly Sensitive Glucose Biosensor Using an Osmium Complex and Glucose
Oxidase (
Salimi et al., 2009
)
50
3.2.12 Fabrication of a Porous Silicon-Based Biosensor (
Matthew and Alocilja, 2003
)
51
3.2.13 Recrystallization Technologies to Fabricate a Low Cost Si Nanowire Biosensor (
Ashburn and Sun,
2009
)
51
3.2.14 Clinical Evaluation of Bionime Rightest GM310 with a Simplified Electrode for Alternate Site
Blood Glucose Tests (
Wu et al., 2008
)
52
3.2.15 Biosensor Fabrication Method using Microencapsulation of Enzyme in Hydrophobic Synthetic
Latex Films: Amperometric Determination of Glucose (
Cosnier et al., 2000a,b
)
52
3.2.16 Fabrication of Dip-Strip Test Systems: Detection of
b
(1!3)-
D
-Glucan (
Bagal-Kestwal et al.,
3.2.17 Fabrication of Disposable Screen Printed Electrodes (
Kadara et al., 2009
)
53
3.2.18 Fabrication of a Penicillin Biosensor Using Charge Transfer Techniques (
Lee et al., 2009
)
53
3.2.19 Fabrication of Biosensors Using Platinum Nanowire Nanoelectrode Array (
Yang et al.,
3.3 Conclusions
55