Neuartige Muschel-Haft-Proteine mit Kohäsionskontrolle zu verbesserten Muschelinspirierten Klebstoffen.

Biomimetic approaches to achieve the difficult task of under water adhesion have become more and more focus of material science over the past decades. Marine mussels master their attachment onto surfaces under the difficult conditions of the waveswept intertidal zone of the seashores by accurately mediating adhesion and cohesion in their holdfast. This project aims to develop novel mussel-inspired adhesives that mimic the adhesive behavior through generation of L-3,4-dihydroxyphenylalanine bearing segmented protein analogues that are produced in an enzyme-mediated polymerization process. Additionally cohesion can be triggered by incorporation of switchable β-sheet segments that induce self-assembly and advanced intermolecular interactions to combine multiple aspects that contribute to under water gluing performance.

Börner, Hans Prof. Dr. (Details) (Organische Synthese funktionaler Systeme)

Alexander von Humboldt-Stiftung

Projektstart: 04/2018
Projektende: 03/2020

Zuletzt aktualisiert 2020-01-06 um 17:41