Markus B. Linder

This paper engineers the bacterial cellulose-forming surface to recruit proteins, creating functionalized biocomposites with improved material properties.

The paper identifies WARPs, cyclic non-ribosomal peptides, as structural determinants of fungal hydrophobicity, showing their role in maintaining surface hydrophobicity and aerial hyphae integrity.

This paper demonstrates laser-induced control of sol-gel transitions in protein condensates to enable drug loading.

The paper shows that recombinant spider silk-mimetic protein forms liquid-like condensates in E. coli, which transition to solid-like states under acidic conditions, enabling bioinspired material development.

The paper uses liquid-liquid phase separation to protect amyloidogenic peptides from aggregation during expression and purification.

This study characterizes the ultrastructure, organic matrix, and mechanical properties of the shell of the Finnish blue mussel, revealing structural gradients and unique biomineralization features.

This study describes a method for producing and purifying the antimicrobial peptide DCD-1L using a SUMO tag system in E. coli, demonstrating its effectiveness for large-scale applications.