EDITED BYMIGUEL DE LA GUARDIA, PHD, is Professor of Analytical Chemistry in Valencia University. His research is focused on the automation of analytical methods through multi-commutation, sample preparation procedures for elemental analysis and speciation, and for chromatography and spectrometry determinations, IMS and quantitative vibrational spectrometry in the FTIR, NIR and Raman fields.FRANCESC A. ESTEVE-TURRILLAS, PHD, is Associate Professor of the University of Valencia. His research is focused on the development of analytical tools based in the applications of selective materials in sample pre-treatment, the use of novel extractions systems for solid samples, passive sampling based in membrane devices, and IMS.

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• Volume IList of contributorsPreface1. Smart materials: A made on measure reagents.2. Application of ionic liquid hybrid materials in analytical chemistry.3. Smart Porous Monoliths for Chromatographic Separations and Sample Preparation4. Surfactant-based materials5. Molecularly imprinted materials6. Enzyme-based materials7. Immunosorbent materials8. Nanomaterials for use in Apta-assays: Analytical approach9. Nanomaterials-based separation processes10. Semiconductor quantum dots in chemical analysis: from binary to multinary nanocrystals11. Carbon-based nanomaterials in analytical chemistry12. Use of magnetic materials in sample preparation techniques13. Restricted access materials.14. Polymer inclusion membranes15. The Rising of Metal-Organic Frameworks in Analytical ChemistryIndex VOLUME IIList of contributorsPreface1. Smart materials and green analytical chemistryPART I. Analytical processes.2. Smart materials for solid-phase extraction applications3. Smart materials for solid-phase microextraction4. Smart materials for miniaturized devices: implications in sample handling and preparation5. Smart materials as stationary phase in chromatography6. Improved Capillary Electrophoresis Methods: Toward Materials and Applications7. Inmunoassays8. Nanoparticles assisted laser desorption ionization mass spectrometry9. Smart materials in analytical procedures for trace element determination/speciationPART II. Analytical applications.10. Materials-based sample preparation in water analysis.11. MIPs and aptamers as artificial receptors in advanced separation techniques: application in food analysis12. Smart carbon based nanomaterials in electrochemical biosensing for clinical analysis13. Smart materials for pharmaceutical and forensic analysis14. Future perspectives on the use of smart materialsIndex

EDITED BYMIGUEL DE LA GUARDIA, PHD, is Professor of Analytical Chemistry in Valencia University. His research is focused on the automation of analytical methods through multi-commutation, sample preparation procedures for elemental analysis and speciation, and for chromatography and spectrometry determinations, IMS and quantitative vibrational spectrometry in the FTIR, NIR and Raman fields.FRANCESC A. ESTEVE-TURRILLAS, PHD, is Associate Professor of the University of Valencia. His research is focused on the development of analytical tools based in the applications of selective materials in sample pre-treatment, the use of novel extractions systems for solid samples, passive sampling based in membrane devices, and IMS.

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• Volume IList of contributorsPreface1. Smart materials: A made on measure reagents.2. Application of ionic liquid hybrid materials in analytical chemistry.3. Smart Porous Monoliths for Chromatographic Separations and Sample Preparation4. Surfactant-based materials5. Molecularly imprinted materials6. Enzyme-based materials7. Immunosorbent materials8. Nanomaterials for use in Apta-assays: Analytical approach9. Nanomaterials-based separation processes10. Semiconductor quantum dots in chemical analysis: from binary to multinary nanocrystals11. Carbon-based nanomaterials in analytical chemistry12. Use of magnetic materials in sample preparation techniques13. Restricted access materials.14. Polymer inclusion membranes15. The Rising of Metal-Organic Frameworks in Analytical ChemistryIndex VOLUME IIList of contributorsPreface1. Smart materials and green analytical chemistryPART I. Analytical processes.2. Smart materials for solid-phase extraction applications3. Smart materials for solid-phase microextraction4. Smart materials for miniaturized devices: implications in sample handling and preparation5. Smart materials as stationary phase in chromatography6. Improved Capillary Electrophoresis Methods: Toward Materials and Applications7. Inmunoassays8. Nanoparticles assisted laser desorption ionization mass spectrometry9. Smart materials in analytical procedures for trace element determination/speciationPART II. Analytical applications.10. Materials-based sample preparation in water analysis.11. MIPs and aptamers as artificial receptors in advanced separation techniques: application in food analysis12. Smart carbon based nanomaterials in electrochemical biosensing for clinical analysis13. Smart materials for pharmaceutical and forensic analysis14. Future perspectives on the use of smart materialsIndex

EDITED BYMIGUEL DE LA GUARDIA, PHD, is Professor of Analytical Chemistry in Valencia University. His research is focused on the automation of analytical methods through multi-commutation, sample preparation procedures for elemental analysis and speciation, and for chromatography and spectrometry determinations, IMS and quantitative vibrational spectrometry in the FTIR, NIR and Raman fields.FRANCESC A. ESTEVE-TURRILLAS, PHD, is Associate Professor of the University of Valencia. His research is focused on the development of analytical tools based in the applications of selective materials in sample pre-treatment, the use of novel extractions systems for solid samples, passive sampling based in membrane devices, and IMS.

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• Volume IList of contributorsPreface1. Smart materials: A made on measure reagents.2. Application of ionic liquid hybrid materials in analytical chemistry.3. Smart Porous Monoliths for Chromatographic Separations and Sample Preparation4. Surfactant-based materials5. Molecularly imprinted materials6. Enzyme-based materials7. Immunosorbent materials8. Nanomaterials for use in Apta-assays: Analytical approach9. Nanomaterials-based separation processes10. Semiconductor quantum dots in chemical analysis: from binary to multinary nanocrystals11. Carbon-based nanomaterials in analytical chemistry12. Use of magnetic materials in sample preparation techniques13. Restricted access materials.14. Polymer inclusion membranes15. The Rising of Metal-Organic Frameworks in Analytical ChemistryIndex VOLUME IIList of contributorsPreface1. Smart materials and green analytical chemistryPART I. Analytical processes.2. Smart materials for solid-phase extraction applications3. Smart materials for solid-phase microextraction4. Smart materials for miniaturized devices: implications in sample handling and preparation5. Smart materials as stationary phase in chromatography6. Improved Capillary Electrophoresis Methods: Toward Materials and Applications7. Inmunoassays8. Nanoparticles assisted laser desorption ionization mass spectrometry9. Smart materials in analytical procedures for trace element determination/speciationPART II. Analytical applications.10. Materials-based sample preparation in water analysis.11. MIPs and aptamers as artificial receptors in advanced separation techniques: application in food analysis12. Smart carbon based nanomaterials in electrochemical biosensing for clinical analysis13. Smart materials for pharmaceutical and forensic analysis14. Future perspectives on the use of smart materialsIndex