Entwicklung eines Biosensorarray-Systems auf der Basis von akustischen Oberflächenwellensensoren mit integrierter einwegtauglicher Mikrofluidik of Bastian E. Rapp as eBook reading on PaperC.

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Entwicklung eines Biosensorarray-Systems auf der Basis von akustischen Oberflächenwellensensoren mit integrierter einwegtauglicher Mikrofluidik

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Inhaltsverzeichnis
Notes
About this book

Danksagung
Page IX
Kurzfassung
Page XI
Abstract
Page XII
Inhaltsverzeichnis
Page XV
Abbildungsverzeichnis
Page XX
Tabellenverzeichnis
Page XXII
+ 1 Einleitung
Page 1
+ 2 Theoretische Grundlagen
Page 9
- + 2.1 Theorie der Oberflächenwellen
  Page 9
- + 2.2 Theorie der Mikrofluidik
  Page 20
+ 3 Experimentelles
Page 29
+ 4 Entwicklung von SAW Biosensorchips
Page 43
+ 5 Entwicklung der integrierten Mikrofluidik
Page 83
+ 6 Ergebnisse und Diskussion
Page 99
+ 7 Problemanalyse und Weitere Arbeiten
Page 127
- + 7.1 Problemanalyse
  Page 127
- + 7.2 Weitere Arbeiten und Ausblick
  Page 132
+ 8 Zusammenfassung
Page 137
- 8.1 Zusammenfassung der durchgeführten Arbeiten
  Page 137
- 8.2 Abschliessende Bemerkungen
  Page 138
A Oberflächenplasmonen-Technologie
Page 141
+ B DELO-Steuerbox und USB-Schaltbox für die Klebstoffdosierung
Page 145
- B.1 USB-gesteuerter Betrieb
  Page 145
- B.2 RC-gesteuerter Betrieb
  Page 146
C Chemikalienliste
Page 151
D Curriculum Vitae
Page 153
Literaturverzeichnis
Page 157

Im Rahmen dieser Arbeit wurde das Herzstück eines Biosensorarraysystems auf der Basis von akustischen Oberflächenwellensensoren (engl. surface acoustic wave, SAW) entwickelt. Hierfür wurde ein spezielles Sensorgehäuse entwickelt, das ein leichtes Hantieren mit diesen Sensoren ermöglicht. Das System wurde durch eine integrierte einwegtaugliche Mikrofluidik ergänzt, welche als einwegtaugliche indirekte Fluidik ausgelegt wurde.