Fundamental studies on chemical sensors based on bilayer lipid membranes 脂質二分子膜に基づく化学センサーの基礎研究

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Title: Fundamental studies on chemical sensors based on bilayer lipid membranes

博士論文

CONTENTS / (0003.jp2)
CHAPTER 1 INTRODUCTION / p1 (0007.jp2)
1 Chemical Sensing / p1 (0007.jp2)
2 Sensing Membranes Based on Bilayer Lipid Membranes / p5 (0011.jp2)
3 Potentiometric Sensors Based on Bilayer Lipid Membranes / p11 (0017.jp2)
4 Coulometric Sensors Based on Bilayer Lipid Membranes / p16 (0022.jp2)
5 The Present Studies / p18 (0024.jp2)
References / p21 (0027.jp2)
CHAPTER 2 COMPARATIVE STUDY ON THE POTENTIOMETRIC RESPONSES BETWEEN A VALINOMYCIN-BASED BILAYER LIPID MEMBRANE AND A SOLVENT POLYMERIC MEMBRANE / p33 (0039.jp2)
2-1 Introduction / p35 (0041.jp2)
2-2 Experimental Section / p37 (0043.jp2)
2-3 Results and Discussion / p62 (0068.jp2)
2-4 Conclusion / p104 (0110.jp2)
References / p106 (0112.jp2)
CHAPTER 3 ION CHANNEL SENSORS FOR GLUTAMIC ACID / p111 (0117.jp2)
3-1 Introduction / p113 (0119.jp2)
3-2 Experimental Section / p117 (0123.jp2)
3-3 Results and Discussion / p133 (0139.jp2)
3-4 Conclusion / p154 (0160.jp2)
References / p156 (0162.jp2)
CHAPTER 4 GENERAL CONCLUSION / p161 (0167.jp2)
ACKNOWLEDGMENT / p165 (0171.jp2)
Flotation-Spectrofluorimetric Determination of Phosphate in Natural Water Using Rhodamine B as an Ion-pair Reagent / p955 (0177.jp2)
Ion Channel Sensors for Glutamic Acid / p2787 (0181.jp2)
Comparative Study on the Potentiometric Responses between a Valinomycin-Based Bilayer Lipid Membrane and a Solvent Polymeric Membrane / p853 (0194.jp2)
AN EVALUATION OF SIGNAL AMPLIFICATION BY THE ION CHANNEL SENSOR BASED ON A GLUTAMATE RECEPTOR ION CHANNEL PROTEIN / (0206.jp2)

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