Green Imprinted Materials

<p>SECTION 1: Introduction<br>1. Green Engineering and Sustainable Chemistry Green Engineering<br>2. Molecular Imprinting Technology: Fundamentals, Design, Development and Applications of Molecularly Imprinted Materials Molecularly<br>3. Green chemistry and engineering of molecularly imprinted polymers (MIPs)<br>4. Green polymerization techniques<br><br>SECTION 2: Green MIPs in Sample Pre-treatment<br>5. Synthesis and characterization of green MIPs and their applications in wastewater treatment<br>6. Development of green magnetic MIPs for the removal of organophosphorus pesticides (OOPs) Green MIPs (i.e. magnetic MIPS) with super paramagnetism<br>7. Green MIPs as powerful sorbents for the removal of heavy metals and pharmaceuticals from environmental samples<br><br>SECTION 3: Green MIPs in Separation/Identification Stage of Analysis<br>8. Green magnetic MIPs in food analysis<br>9. Green magnetic core-shell MIPs for environmental applications<br>10. Green MIPs for the extraction of mycotoxins in food samples<br><br>SECTION 4: Green MIPs in Detection Stage of Analysis/Miniturization devices<br>11. Electrochemical sensors based on Green MIPs<br>12. Optical-based (bio)sensing based on green MIPs Optical-based (bio)sensing<br>13. Quartz crystal microbalance (QCM) sensors based on green MIPs MIPs as artificial antibodies<br>14. Green MIPs for the detection of food allergens<br><br>SECTION 5: CONCLUSIONS<br>15. Conclusions and future perspectives</p>