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Development of protective groups for amino acids to enable the straight-forward synthesis of reactive polypeptides, e.g. combining stability in peptide synthesis with chemoselective reactivity in postpolymerization modification techniques. Development and detailed physicochemical an*lysis of various polymer architectures, e.g. (multi)block copolymers, brush polymers with homo or block copolymer side chains, star-like polymers or lipopolymers, which combine the polypeptoids polysarcosine with different Development of robust, scalable synthetic methods to derive functional nanoparticles with compartmentalized functionalities and precise control over size and shape to tailor particle properties to specific needs in individual applications. Understanding the interactions of nanoparticles with living organism to develop nanoparticle based tools for diagnosis and therapy of cancer, acute or chronic inflammations, bacterial infections or neurodegenerative diseases. Our recent review “Polysarcosine-containing copolymers: Synthesis, characterization, self-as*embly, and applications” published in “Progress in Polymer Science” is finally online! The review gives an extensive overview on the research on polysarcosine-containing Congratulations! Being the only european scientist, Matthias was selected amoung the 2018 PMSE Young Investigators! The award goes to young scientists from academia, industry, and national laboratories who have significantly contributed to their fields within Polymer Am 25. und 26. September 2017 fand der alle zwei Jahre stattfindende und traditionell von der Fachgruppe Makromolekulare Chemie organisierte Hochschullehrernachwuchs-Workshop bei der BASF in Ludwigshafen statt. Aus einer Vielzahl an guten und sehr guten Bewerbungen wurden insgesamt zwölf angehende Hochschullehrer ausgewählt, die mit ihren Arbeiten einen weiten Bogen der aktuellen. > FOLDING INDUCED SUPRAMOLECULAR AS*EMBLY INTO PH-RESPONSIVE NANORODS > WITH A PROTEIN REPELLENT SHELL.