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Contentsxv13.7 Conclusions and Perspectives 476Part 4 Bio-Medical Applications of MIP Sensors 48514. Protein-Sensing Using Organic/Inorganic HybridMaterials Prepared by Liquid-Phase Deposition-Based Molecular Imprinting 487Toshifumi Takeuchi14.1 Introduction 48714.2 Liquid-Phase Deposition 48914.3 Cationic Polyions/Titanium Oxide Hybrid Materialsfor Acidic Protein Recognition 49014.4 Anionic Polymer/TiO 2 Hybrid Materials for BasicProtein-Sensing 49214.5 Protein Imprinting on Quantum Dots by LPDMethod 49314.6 Conclusion 49415. Molecular Imprinted Polymer-BasedChemiluminescence Sensors 499Zhujun Zhang15.1 Introduction 49915.2 Molecular Imprinted Polymer-BasedChemiluminescence Flow Sensors 50315.3 Molecular Imprinted Polymer-BasedCL ImagingSensors 51215.4 Molecular Imprinted Polymer-BasedChemiluminescence Biosensor Chips 51715.5 Molecular Imprinted Polymer Recognition andOnline Electrogenerated ReagentChemiluminescence Detection 51916. Detection of Cells and Viruses Using SyntheticAntibodies 527Adnan Mujahid, and Franz L. Dickert16.1 Introduction 52816.2 Molecular Imprinting for Biomolecules 53016.3 Synthetic Antibodies for Cells Detection 53216.3.1 Yeast Cells 533