Functionalized Magnetic Nanohybrids

She earned a Ph.D. in chemistry from Government College University Faisalabad Pakistan in 2016 and carried out research work at the University of Pennsylvania, Philadelphia, Pennsylvania, United States. She is interested in synthesizing molecules that possess interesting functions, including biological activity (natural products, drugs, drug-like compounds etc.) or materials with useful properties. She develops tools to perform efficient synthetic transformations in creating novel molecular architectures of medicinal or industrial relevance. In a nutshell, my interests are broadly in synthetic organic chemistry, with a particular focus on the synthesis of bioactive natural products and novel molecular architectures (nanomaterials). She worked on organic synthesis focused on catalysis, visible light photoredox couplings, transition metal-catalyzed -couplings, and click chemistry. Synthesis of nanomaterials and their applications to control environmental pollution is also her area of interest. Abdulhadi Baykal (Ph.D) is Professor and chairman of the Food Engineering Department at Engineering Faculty of Istanbul Aydin University, Istanbul, Turkey. He received his BSc. degree in 1991 (Chemistry Education of Middle East Technical University, Ankara-Turkey). He completed his MSc degree and Ph.D (both in Chemistry) in 1995 and in 1999 respectively. He became Assistant Professor in 2002, Associate Professor in 2009 and Professor in 2014 (Fatih University, Istanbul). He has more than 26 years of teaching and research experience in Chemistry, Nanotechnology, Analytical Chemistry, Magnetic Nanomaterials, Instrumental Analysis, Inorganic Chemistry, Nanomedicine, Cancer Therapy, etc. His major research is the synthesis, characterization, and application (plant uptake, microwave absorber, recyclable nano catalyst, cancer treatment) of magnetic nanomaterials. He has published more than 440 papers in science indexed journals. He supervised 33 master and 4 Ph.D theses.

• Part I: FUNDAMENTALS1. Introduction to Magnetic Nanohybrids2. Synthesis and structural design of Magnetic nanohybrids3. Functionalization and nanoscale characterization of Magnetic Nanohybrids4. Molecular dynamic simulation and computational studies of magnetic nanohybridsPart II: MAGNETIC NANOHYBRIDS IN BIOMEDICAL APPLICATION5. Recent developments in Magnetic nanohybrids for treatment of chronic diseases6. Latest trends in Magnetic nanohybrids in medicines and drug delivery applications7. Applications of Magnetic nanohybrids for magnetic resonance imaging and nano-bioimaging8. Diagnostic applications of Magnetic nanohybrids9. Magnetic Nanohybrids for microbial theranostics10. Approaches of Magnetic Nanohybrids in Tissue engineering and gene therapyPart III: MAGNETIC NANOHYBRIDS IN ENVIRONMENTAL APPLICATIONS11. Potential of Magnetic Nanohybrids for remediation of microbial contaminants12. Efficacy of Magnetic Nanohybrids in Removal of gases from atmosphere13. Magnetic Nanohybrids for removal of coloured dye and heavy metal based pollutants14. Advanced approach of Magnetic nanohybrids in Removal of pharmaceutical based pollutants15. Mitigation of pesticide based pollutants by applications of Magnetic nanohybrids16. Magnetic Nanohybrids based sensors for detection of soil and air pollutants17. Magnetic Nanohybrids based sensing systems for detection of wastewater pollutants18. Magnetic Nanohybrids based sensors for detection of Protein, vitamin and virusPart IV: CHALLENGES, STABILITY AND FUTURE PERSPECTIVES19. Way forward towards better developments in Magnetic nanohybrids20. Toxicology, stability and reusability of Magnetic Nanohybrids21. Challenges, limitations and future prospective of Magnetic Nanohybrids