Smart polymers and their applications /

Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Aguilar, Mar�ia Rosa (Editor ), San Rom�an, Julio (Editor )
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Oxford : Woodhead Publishing, 2019.
Edición:Second edition.
Colección:Woodhead Publishing in materials.
Temas:
Smart materials.
Polymers.
Stimuli Responsive Polymers
Polymers
Mat�eriaux intelligents.
Polym�eres.
polymers.
TECHNOLOGY & ENGINEERING > Engineering (General)
TECHNOLOGY & ENGINEERING > Reference.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Note continued: 14.5. Applications: SMPs in Minimally Invasive Surgery / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.6. Applications: Medical Devices for Cancer Diagnosis and Therapy / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.7. Applications: Biosensors for Diagnostic Medical Devices / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.8. Applications: Biosensors and Actuators for Enhanced Diagnostics and Therapy / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.9. Applications: Microfluidics-Based Biomedical Devices / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.10. Conclusion and Future Trends / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • References / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • Further Reading / Bianca Vazquez / L.G. Gomez-Mascaraque / R. Palaosuay
  • 15.1. Introduction / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 15.2. Smart Polymers for Bioseparation: Use in Affinity Precipitation / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 15.3. Aqueous Two-Phase Polymer Systems Formed by Smart Polymers for Use in Bioseparation / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 15.4. Chromatographic Carriers With Grafted SP and Adsorbents Produced From SP / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 15.5. Smart Cryogels / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 15.6. Membranes With SP-Grafted Pores / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 15.7. Use of Smart Polymers in Catalysis / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 15.8. Conclusion and Future Trends / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • References / I.N. Savina / I.Y. Galaev / S.V. Mikhalovsky
  • 16.1. Introduction / E. Blasco / M. Pinol / C. Berges / C. Sanchelsomolinos / L. Oriol
  • 16.2. Photoinduced Molecular Motions of Azobenzene Chromophores / E. Blasco / M. Pinol / C. Berges / C. Sanchelsomolinos / L. Oriol
  • 16.3. Macromolecular Architectures in Azopolymers / E. Blasco / M. Pinol / C. Berges / C. Sanchelsomolinos / L. Oriol
  • 16.4. Synthetic Strategies to Azopolymers for Optical Data Storage / E. Blasco / M. Pinol / C. Berges / C. Sanchelsomolinos / L. Oriol
  • 16.5. Photoinduced Response of Azobenzene Polymers / E. Blasco / M. Pinol / C. Berges / C. Sanchelsomolinos / L. Oriol
  • 16.6. Conclusion / E. Blasco / M. Pinol / C. Berges / C. Sanchelsomolinos / L. Oriol
  • References / E. Blasco / M. Pinol / C. Berges / C. Sanchelsomolinos / L. Oriol
  • 17.1. Introduction / Ana M. Sanjuan / Jose A. Reglero Ruiz / Felix C. Garcia / Jose Miguel Garcia
  • 17.2. Smart Polymers in Sensor Devices / Ana M. Sanjuan / Jose A. Reglero Ruiz / Felix C. Garcia / Jose Miguel Garcia
  • 17.3. New Micro and Nanosensor Polymeric Devices / Ana M. Sanjuan / Jose A. Reglero Ruiz / Felix C. Garcia / Jose Miguel Garcia
  • 17.4. Outlook and Perspectives / Ana M. Sanjuan / Jose A. Reglero Ruiz / Felix C. Garcia / Jose Miguel Garcia
  • Acknowledgments / Ana M. Sanjuan / Jose A. Reglero Ruiz / Felix C. Garcia / Jose Miguel Garcia
  • References / Ana M. Sanjuan / Jose A. Reglero Ruiz / Felix C. Garcia / Jose Miguel Garcia
  • 18.1. Introduction / Javier Carretero-Gonzalez / Jorge Montero / Miguel Angel Lopez-Manchado
  • 18.2. Bio-Based Polymer Binders / Javier Carretero-Gonzalez / Jorge Montero / Miguel Angel Lopez-Manchado
  • 18.3. Multifunctional Polymer Binders / Javier Carretero-Gonzalez / Jorge Montero / Miguel Angel Lopez-Manchado
  • 18.4. Smart Polymer Binders / Javier Carretero-Gonzalez / Jorge Montero / Miguel Angel Lopez-Manchado
  • 18.5. Conclusions and Outlook / Javier Carretero-Gonzalez / Jorge Montero / Miguel Angel Lopez-Manchado
  • References / Javier Carretero-Gonzalez / Jorge Montero / Miguel Angel Lopez-Manchado.
  • Machine generated contents note: 1.1. Types of Smart Polymers / Maria Rosa Aguilar / Julio San Roman
  • 1.2. Applications of Smart Polymers / Maria Rosa Aguilar / Julio San Roman
  • 1.3. Conclusions / Maria Rosa Aguilar / Julio San Roman
  • Acknowledgment / Maria Rosa Aguilar / Julio San Roman
  • References / Maria Rosa Aguilar / Julio San Roman
  • 2.1. Introduction: The Role of Temperature-Responsive Polymers / Richard Hoogenboom
  • 2.2. Basic Principles of Temperature-Responsive Polymers in Aqueous Solution / Richard Hoogenboom
  • 2.3. Key Types of Temperature-Responsive Polymers in Aqueous Solution / Richard Hoogenboom
  • 2.4. Selected Applications of Thermoresponsive Polymers / Richard Hoogenboom
  • 2.5. Conclusions: Strengths and Limitations of Current Temperature-Responsive Polymers / Richard Hoogenboom
  • 2.6. Future Trends / Richard Hoogenboom
  • References / Richard Hoogenboom
  • Further Reading / Richard Hoogenboom
  • 3.1. Introduction / Luis Garcia-Fernandez / Ana Mora-Boza / Felisa Reyes-Ortega
  • 3.2. Basic Principles of pH-Responsive Polymers / Luis Garcia-Fernandez / Ana Mora-Boza / Felisa Reyes-Ortega
  • 3.3. Key Types and Properties of pH-Responsive Polymers / Luis Garcia-Fernandez / Ana Mora-Boza / Felisa Reyes-Ortega
  • 3.4. Synthesis of pH-Responsive Polymers / Luis Garcia-Fernandez / Ana Mora-Boza / Felisa Reyes-Ortega
  • 3.5. Application / Luis Garcia-Fernandez / Ana Mora-Boza / Felisa Reyes-Ortega
  • 3.6. Conclusions and Future Trends / Luis Garcia-Fernandez / Ana Mora-Boza / Felisa Reyes-Ortega
  • References / Luis Garcia-Fernandez / Ana Mora-Boza / Felisa Reyes-Ortega
  • 4.1. Introduction / X. Xiong / Aranzazu Del Campo / J. Cui
  • 4.2. Chromophores and Their Light-Induced Molecular Response / X. Xiong / Aranzazu Del Campo / J. Cui
  • 4.3. Key Types and Properties of Photoresponsive Polymers / X. Xiong / Aranzazu Del Campo / J. Cui
  • 4.4. Applications / X. Xiong / Aranzazu Del Campo / J. Cui
  • 4.5. Conclusions and Future Trends / X. Xiong / Aranzazu Del Campo / J. Cui
  • References / X. Xiong / Aranzazu Del Campo / J. Cui
  • 5.1. Introduction / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • 5.2. Historical Evolution of Enzyme-Responsive Polymer / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • 5.3. Enzyme-Responsive Materials / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • 5.4. Properties of Enzyme-Responsive Polymers / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • 5.5. Fabrication Mechanisms of Enzyme-Responsive Polymers / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • 5.6. Applications of Enzyme-Responsive Polymers / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • 5.7. Conclusion / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • References / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • Further Reading / Anika B. Asha / Shruti Srinivas / Xiaojuan Hao / Ravin Narain
  • 6.1. Introduction / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • 6.2. Polymerization of Ethylenedioxythiophene (EDOT-ProDOT) Monomers / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • 6.3. PEDOT-Based Aqueous Dispersion / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • 6.4. Applications of Innovative PEDOT-Based Materials / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • 6.5. Conclusions / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • Acknowledgments / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • References / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • Further Reading / Ana Sanchezsanchez / Isabel Del Agua / George G. Malliaras / David Mecerreyes
  • 7.1. Introduction / Eva Espinosa-Cano / Maria Rosa Aguilar / Blanca Vazquez / Julio San Roman
  • 7.2. Inflammatory Microenvironment / Eva Espinosa-Cano / Maria Rosa Aguilar / Blanca Vazquez / Julio San Roman
  • 7.3. Key Types and Properties of Inflammation-Responsive Polymers / Eva Espinosa-Cano / Maria Rosa Aguilar / Blanca Vazquez / Julio San Roman
  • 7.4. Current and Future Trends / Eva Espinosa-Cano / Maria Rosa Aguilar / Blanca Vazquez / Julio San Roman
  • 7.5. Conclusions / Eva Espinosa-Cano / Maria Rosa Aguilar / Blanca Vazquez / Julio San Roman
  • References / Eva Espinosa-Cano / Maria Rosa Aguilar / Blanca Vazquez / Julio San Roman
  • 8.1. Introduction / Elbay Malikmammadov / Nesrin Hasirci
  • 8.2. Dual Responsive Polymers and Their Applications / Elbay Malikmammadov / Nesrin Hasirci
  • 8.3. Multiresponsive Polymers and Their Applications / Elbay Malikmammadov / Nesrin Hasirci
  • 8.4. Conclusions and Future Trends / Elbay Malikmammadov / Nesrin Hasirci
  • References / Elbay Malikmammadov / Nesrin Hasirci
  • 9.1. Introduction / Andres Montero / Leticia Valencia / Rocio Corrales / Jose Luis Jorcano / Diego Veiasco
  • 9.2. Key Types, Properties, and Applications of Smart Hydrogels / Andres Montero / Leticia Valencia / Rocio Corrales / Jose Luis Jorcano / Diego Veiasco
  • 9.3. Conclusions and Future Trends / Andres Montero / Leticia Valencia / Rocio Corrales / Jose Luis Jorcano / Diego Veiasco
  • References / Andres Montero / Leticia Valencia / Rocio Corrales / Jose Luis Jorcano / Diego Veiasco
  • Further Reading / Andres Montero / Leticia Valencia / Rocio Corrales / Jose Luis Jorcano / Diego Veiasco
  • 10.1. Peptide-Based Fibrous Systems / Israel Gonzalez De Torre / Carmen Garcia-Arevalo / Matilde Alonso / Jose Carlos Rodriguez Cabello
  • 10.2. Silks-Based Fibers / Israel Gonzalez De Torre / Carmen Garcia-Arevalo / Matilde Alonso / Jose Carlos Rodriguez Cabello
  • 10.3. Elastin-Based Smart Materials / Israel Gonzalez De Torre / Carmen Garcia-Arevalo / Matilde Alonso / Jose Carlos Rodriguez Cabello
  • 10.4. Conclusions and Future Trends / Israel Gonzalez De Torre / Carmen Garcia-Arevalo / Matilde Alonso / Jose Carlos Rodriguez Cabello
  • References / Israel Gonzalez De Torre / Carmen Garcia-Arevalo / Matilde Alonso / Jose Carlos Rodriguez Cabello
  • Further Reading / Israel Gonzalez De Torre / Carmen Garcia-Arevalo / Matilde Alonso / Jose Carlos Rodriguez Cabello
  • 11.1. Introduction / Michael Den Brabander / Hartmut R. Fischer / Santiago J. Garcia
  • 11.2. Existing Healing Approaches / Michael Den Brabander / Hartmut R. Fischer / Santiago J. Garcia
  • 11.3. Functionality Restoration / Michael Den Brabander / Hartmut R. Fischer / Santiago J. Garcia
  • 11.4. Concluding Remarks / Michael Den Brabander / Hartmut R. Fischer / Santiago J. Garcia
  • Acknowledgments / Michael Den Brabander / Hartmut R. Fischer / Santiago J. Garcia
  • References / Michael Den Brabander / Hartmut R. Fischer / Santiago J. Garcia
  • Further Reading / Michael Den Brabander / Hartmut R. Fischer / Santiago J. Garcia
  • 12.1. Introduction / Catarina A. Custodio / Aranzazu Del Campo / Rui L. Reis / Joao F. Mano
  • 12.2. Instructive Polymeric Surfaces / Catarina A. Custodio / Aranzazu Del Campo / Rui L. Reis / Joao F. Mano
  • 12.3. Instructive Hydrogels With a Physicochemical Response / Catarina A. Custodio / Aranzazu Del Campo / Rui L. Reis / Joao F. Mano
  • 12.4. Materials With 3D-Defined Patterns / Catarina A. Custodio / Aranzazu Del Campo / Rui L. Reis / Joao F. Mano
  • 12.5. Applications in Tissue Engineering / Catarina A. Custodio / Aranzazu Del Campo / Rui L. Reis / Joao F. Mano
  • 12.6. Conclusion and Future Trends / Catarina A. Custodio / Aranzazu Del Campo / Rui L. Reis / Joao F. Mano
  • References / Catarina A. Custodio / Aranzazu Del Campo / Rui L. Reis / Joao F. Mano
  • 13.1. Introduction / A. Duro-Castano / M. Talelli / G. Rodriguezescalona
  • Duro-Castano / M.J. Vicent
  • 13.4. Smart Polymeric Carriers for Drug Delivery: Oxidation-Responsive Nanocarriers / G. Rodriguezescalona / M. Talelli / A. Duro-Castano / M.J. Vicent
  • 13.5. Smart Polymeric Carriers for Drug Delivery: Temperature-Responsive Nanocarriers / A. Duro-Castano / M. Talelli / G. Rodriguezescalona / M.J. Vicent
  • 13.6. Smart Polymeric Carriers for Drug Delivery: Nanocarriers Responsive to Other Stimuli / A. Duro-Castano / M. Talelli / G. Rodriguezescalona / M.J. Vicent
  • 13.7. Conclusion and Future Trends / A. Duro-Castano / M. Talelli / G. Rodriguezescalona / M.J. Vicent
  • References / A. Duro-Castano / M. Talelli / G. Rodriguezescalona / M.J. Vicent
  • Further Reading / A. Duro-Castano / M. Talelli / G. Rodriguezescalona / M.J. Vicent
  • 14.1. Introduction / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.2. Types and Preparation of Smart Polymers for Medical Devices: Polymers Classified by Type of Stimulus / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.3. Types and Preparation of Smart Polymers for Medical Devices: Polymers Classified by Structural Properties / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez
  • 14.4. Applications: Medical Devices Based on SMPs / L.G. Gomez-Mascaraque / R. Palaosuay / Bianca Vazquez

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