• Carbonyl Chalcogenide Cluster-based Polymers;Chalcogenocarbonyl and Chalcogenonitrosyl Metal Complexes;Metal-Chalcogenolates: Synthesis and Applications to Material Chemistry;Chalcogenones and Pincer Ligands: Coordination Chemistry and Interaction with Transition and Heavy Main Group Elements;Chalcogen Heterocycles Containing Main Group Elements: Synthesis and Reactivity;Chalcogen-containing and Chalcogen-functionalized Heterocycles;Chalcogen–Nitrogen Heterocyclic Radicals;Synthesis and Applications of Organophosphorus Compounds with a P=Se Group;Optically Active Derivatives with a Stereogenic Sulfur Center: Synthesis and Applications;Chiral Selenium and Tellurium-containing Derivatives: Synthesis and Applications;Electrophilic Chalcogen-containing Reagents;Nucleophilic Chalcogen-containing Reagents;The Chemisty of Selenium-catalyzed Redox Processes;Chalcogen-based Probes;77Se Nuclear Magnetic Resonance: Experiments and In Silico Approaches;Structural Features of Chalcogen Bonds and Weak Interactions Involving Chalcogens;Computational Methods to Study Chalcogen Bonds;Supramolecular Chemistry via Chalcogen Bonding Interactions;Chalcogen Bond Donors in Organic Synthesis;Structure, Bonding, and Ligand Chemistry of Macrocyclic Seleno- and Telluroethers;The Long Story of Ebselen: From about One Century of its Synthesis to Clinical Trials;Chalcogen-containing Therapeutic Molecules;The Discovery of the Glutathione Peroxidases: Milestones in Understanding the Biological Role of Selenium and Sulfur;Chalcogen-containing Protein and Nucleic Acid Derivatives – Synthesis and Applications;Small Organoselenium Catalysts as a Potential Manipulator for Redox Homeostasis and Proteostasis;Speciation of Organic and Inorganic Selenium in Food and Environment;Sulfur and Selenium in Nutrition Biology

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