鎶ュ憡浜?/span>: Professor Stefan Matile
University of Geneva
founding member of the National Centre of Competence in Research (NCCR锛?/span>
Chemical Biology and the NCCR Molecular Systems Engineering
鏃躲��闂?/span>: 2019骞?/span>6鏈?/span>25鏃?/span>(鏄熸湡浜岋級涓嬪崍03:00
鍦?/span>銆�鐐?/span>: 鍖栧妤?/span>A717
閭�璇蜂汉: 闆锋檽鍏?/span>
鈥?Functional Supramolecular Chemistry鈥?/span>
This lecture will focus on synthetic supramolecular systems with interesting functions. Particular emphasis will be on the integration of new (or almost new) concepts and principles from supramolecular chemistry into functional systems. The general expectation is that fundamentally new approaches to create function will ultimately allow us to tackle challenges in chemistry, biology and the materials sciences that are otherwise beyond reach. Functions of current interest include catalysis with anion-蟺 interactions chalcogen bonds and pnictogen bonds, mechanosensitive fluorescent probes that change color like lobster during cooking to image physical forces in biological systems, and dynamic covalent exchange chemistry to find new ways into cells and deliver otherwise problematic substrates (e.g., quantum dots,artificial metalloenzyme). From these lessons from supramolecular chemistry, new privileged scaffolds are emerging regularly, including naphthalenediimides (NDIs), dithienothiophenes (DTTs), cyclic oligochalcogenides (COCs; disulfides, diselenides, benzopolysulfanes), and so on.
娆㈣繋鍙傚姞锛?/span>