Laboratory Methods in Microfluidics

Content: 
Front-matter,Copyright,About the Author,Preface,AcknowledgmentsEntitled to full text1 - Introduction to Microfluidics, Pages 1-7
2 - Fabrication of a Glass Microfluidic Device, Pages 9-20
3 - Fabrication of a Paper Microfluidic Device for Blood-Plasma Separation, Pages 21-26
4 - Fabrication and Testing of a PDMS Microchip, Pages 27-32
5 - Determination of Electroosmotic Flow in a Glass Microfluidic Device Using a Neutral Marker, Pages 33-37
6 - Electrophoretic Separation in a Microchannel, Pages 39-45
7 - A Simple Experiment for the Study of Droplet Microfluidics, Pages 47-50
8 - Laminar Flow and Diffusion in a Microchannel, Pages 51-55
9 - Beer’s Law Using a Smartphone and Paper Device, Pages 57-62
10 - Acid–Base Titrations on Paper, Pages 63-67
11 - Simultaneous Determination of Protein and Glucose in Urine Sample Using a Paper-Based Bioanalytical Device, Pages 69-75
12 - Quantitative Determination of Total Amino Acids in Tea Using Paper Microfluidics and a Smartphone, Pages 77-81
13 - Determination of Nitrite Ions in Water Using Paper Analytical Device, Pages 83-88
14 - Colorimetric Determination of Multiple Metal Ions on µPAD, Pages 89-95
15 - Analysis of a Mixture of Paracetamol and 4-Aminophenol in a Paper-Based Microfluidic Device, Pages 97-101
16 - Synthesis of Gold Nanoparticles on Microchip, Pages 103-107
17 - Flow Synthesis of Organic Dye on Microchip, Pages 109-113
18 - Protein Immobilization on a Glass Microfluidic Channel, Pages 115-120
19 - Microfluidic Enzyme-Linked Immunosorbent Assay, Pages 121-128
Glossary, Pages 129-130
Appendices, Pages 131-154
Index, Pages 155-159