Table of Contents<br> <br>Preface<br> <br>1. History and development of ionic liquids.<br>2. Growth of ionic liquids and their application<br>3.Physico-chemical properties study of ionic liquids.<br>4. Ionic liquid as green solvents: Are Ionic Liquids non-toxic and biodegradable?<br>5.Promising uses of Ionic Liquids on carbon-carbon and carbon-nitrogen bond formations.<br>6. Ionic Liquids in separation techniques<br>7. Polymers and Ionic Liquids<br>8. Effect of Ionic Liquids on electrochemical biosensors and other bio electrochemical devices.<br>9. Nanopharmaceuticals with ionic liquids: A novel approach<br>10. Anticancer Activity of Ionic Liquids<br>11. Importance of ionic liquid in plant's defence: a novel approach<br>12. Theoretical description of ionic liquids<br>13. Theoretical understanding on the ionic liquid advancement in the field of Medicines.<br>14. Recent Developments in Ionic Liquids Research on environmental perspectives<br>15. Ionic Liquids for sustainable biomass conversions in bio-refinery.<br>16. Ionic Liquids for atmospheric CO2 capture: A techno-economic assessment.<br>17. Recovery of Biobutanol using Ionic Liquids<br>18. Bio-Carboxylic Acids Separation by Ionic Liquids<br>19. Current Trends in QSAR and Machine Learning Models of Ionic Liquids: Designing of Environmentally Safe Solvents for the Future<br>20. Advances in Simulation Research of Ionic Liquid Electrolytes<br>21, Applications of Ionic liquids on heterocyclic chemistry.<br>22. Application of Ionic Liquid in drug development.<br>23. Applications of Ionic Liquids in biocatalysis and biotechnology.<br> <br>Index<br> <br><br> <br><br> <br><br> <br><br> <br><br> <br><br> <br><br>