Functionalized Magnetic Nanohybrids

<p>Part I: FUNDAMENTALS<br>1. Introduction to Magnetic Nanohybrids<br>2. Synthesis and structural design of Magnetic nanohybrids<br>3. Functionalization and nanoscale characterization of Magnetic Nanohybrids<br>4. Molecular dynamic simulation and computational studies of magnetic nanohybrids<br><br>Part II: MAGNETIC NANOHYBRIDS IN BIOMEDICAL APPLICATION<br>5. Recent developments in Magnetic nanohybrids for treatment of chronic diseases<br>6. Latest trends in Magnetic nanohybrids in medicines and drug delivery applications<br>7. Applications of Magnetic nanohybrids for magnetic resonance imaging and nano-bioimaging<br>8. Diagnostic applications of Magnetic nanohybrids<br>9. Magnetic Nanohybrids for microbial theranostics<br>10. Approaches of Magnetic Nanohybrids in Tissue engineering and gene therapy<br><br>Part III: MAGNETIC NANOHYBRIDS IN ENVIRONMENTAL APPLICATIONS<br>11. Potential of Magnetic Nanohybrids for remediation of microbial contaminants<br>12. Efficacy of Magnetic Nanohybrids in Removal of gases from atmosphere<br>13. Magnetic Nanohybrids for removal of coloured dye and heavy metal based pollutants<br>14. Advanced approach of Magnetic nanohybrids in Removal of pharmaceutical based pollutants<br>15. Mitigation of pesticide based pollutants by applications of Magnetic nanohybrids<br>16. Magnetic Nanohybrids based sensors for detection of soil and air pollutants<br>17. Magnetic Nanohybrids based sensing systems for detection of wastewater pollutants<br>18. Magnetic Nanohybrids based sensors for detection of Protein, vitamin and virus<br><br>Part IV: CHALLENGES, STABILITY AND FUTURE PERSPECTIVES<br>19. Way forward towards better developments in Magnetic nanohybrids<br>20. Toxicology, stability and reusability of Magnetic Nanohybrids<br>21. Challenges, limitations and future prospective of Magnetic Nanohybrids</p>