Dr Marianna Török complete her studies in Physical Chemistry and Biochemistry at the University of Szeged (Hungary), University of Southern California Los Angeles (USA) and Massachusetts Institute of Technology (USA). She is an associate professor at the Department of Chemistry, University of Massachusetts Boston (USA), a public university strongly committed to Green Chemistry education and research, and the first school to offer a doctoral degree via the PhD in Chemistry/Green Chemistry Track. Her research interest includes the interconnection of Medicinal Chemistry and Green Chemistry, and she is a co-author of several reviews and research articles in this field

• 1. Using the Zebrafish Model System to Identify the Health Effects of Pharmaceutical Pollutants2. Analysis of Pharmaceuticals in the Environment3. Leaking of Antibiotics in the Aquatic Environment4. Advances in Drug Development with the Application of Artificial Intelligence5. Virtual Screening Techniques in Pharmaceutical Research6. In Silico Modeling of Environmental Toxicity of Drugs7. Sustainable Separations in Pharmaceutical Manufacturing8. Green Synthetic Methods in Drug Discovery and Development9. Green Metrics of Drug Synthesis10. Green chemistry approaches to drugs that treat epidemic and pandemic diseases11. Dynamic Effects of Organic Molecules for Drug Delivery in Micelles12. Antibody-Drug Conjugates for Targeted Delivery13. Green Peptide-based Drugs14. The Multitarget Approach as a Green Tool in Medicinal Chemistry15. Directed Evolution: A New Powerful Tool in Drug Development16. Conventional and Advanced Treatment Methods for the Removal of Pharmaceuticals and Related Compounds in Wastewater

Dr Marianna Török complete her studies in Physical Chemistry and Biochemistry at the University of Szeged (Hungary), University of Southern California Los Angeles (USA) and Massachusetts Institute of Technology (USA). She is an associate professor at the Department of Chemistry, University of Massachusetts Boston (USA), a public university strongly committed to Green Chemistry education and research, and the first school to offer a doctoral degree via the PhD in Chemistry/Green Chemistry Track. Her research interest includes the interconnection of Medicinal Chemistry and Green Chemistry, and she is a co-author of several reviews and research articles in this field

• 1. Using the Zebrafish Model System to Identify the Health Effects of Pharmaceutical Pollutants2. Analysis of Pharmaceuticals in the Environment3. Leaking of Antibiotics in the Aquatic Environment4. Advances in Drug Development with the Application of Artificial Intelligence5. Virtual Screening Techniques in Pharmaceutical Research6. In Silico Modeling of Environmental Toxicity of Drugs7. Sustainable Separations in Pharmaceutical Manufacturing8. Green Synthetic Methods in Drug Discovery and Development9. Green Metrics of Drug Synthesis10. Green chemistry approaches to drugs that treat epidemic and pandemic diseases11. Dynamic Effects of Organic Molecules for Drug Delivery in Micelles12. Antibody-Drug Conjugates for Targeted Delivery13. Green Peptide-based Drugs14. The Multitarget Approach as a Green Tool in Medicinal Chemistry15. Directed Evolution: A New Powerful Tool in Drug Development16. Conventional and Advanced Treatment Methods for the Removal of Pharmaceuticals and Related Compounds in Wastewater

Dr Marianna Török complete her studies in Physical Chemistry and Biochemistry at the University of Szeged (Hungary), University of Southern California Los Angeles (USA) and Massachusetts Institute of Technology (USA). She is an associate professor at the Department of Chemistry, University of Massachusetts Boston (USA), a public university strongly committed to Green Chemistry education and research, and the first school to offer a doctoral degree via the PhD in Chemistry/Green Chemistry Track. Her research interest includes the interconnection of Medicinal Chemistry and Green Chemistry, and she is a co-author of several reviews and research articles in this field

• 1. Using the Zebrafish Model System to Identify the Health Effects of Pharmaceutical Pollutants2. Analysis of Pharmaceuticals in the Environment3. Leaking of Antibiotics in the Aquatic Environment4. Advances in Drug Development with the Application of Artificial Intelligence5. Virtual Screening Techniques in Pharmaceutical Research6. In Silico Modeling of Environmental Toxicity of Drugs7. Sustainable Separations in Pharmaceutical Manufacturing8. Green Synthetic Methods in Drug Discovery and Development9. Green Metrics of Drug Synthesis10. Green chemistry approaches to drugs that treat epidemic and pandemic diseases11. Dynamic Effects of Organic Molecules for Drug Delivery in Micelles12. Antibody-Drug Conjugates for Targeted Delivery13. Green Peptide-based Drugs14. The Multitarget Approach as a Green Tool in Medicinal Chemistry15. Directed Evolution: A New Powerful Tool in Drug Development16. Conventional and Advanced Treatment Methods for the Removal of Pharmaceuticals and Related Compounds in Wastewater