Department of Bioproducts and Biosystems

Biomolecular materials

The biomolecular materials group seeks to understand and utilize biological design strategies for materials. In many cases nature serves as an inspiration for how high performance materials can be designed. Examples of such materials are the mineralized structures in seashells, silk fiber, and the adhesives of many marine organisms.
Formation of bridging filaments in chimeric silk coacervates


We try to understand and copy how such materials function starting from a molecular level, and show how the structure of molecules and their interactions can lead to different materials properties. Proteins are especially interesting for this because the techniques of modern biology allow a very detailed molecular engineering of their structures.



Biomolecular materials

Group photo


Biomolecular materials group





Our group is always looking for motivated, hard-working and bright post-docs and PhD students. If you have research intrerest in any of the research areas we pursue you can directly contact Markus Linder (markus.linder[a] along with your CV.

M.Sc and B.Sc students who are intrested to do their thesis projects should also contact Prof.Markus Linder directly.



Related content:

Professors Markus Linder and Tapani Vuorinen invited to the Finnish Academy of Science and Letters

Professor of Biomolecular Materials Markus Linder and Professor of Wood Chemistry Tapani Vuorinen from the School of Chemical Engineering at Aalto University have been elected as new members of the Finnish Academy of Science and Letters.

Aalto logo

ONLINE: Biotech Talks I – NewSilk 2020

'Designing materials on molecular level – what does it mean for researchers, designers - and for the globe?’

Photo by Teemu Välisalmi

Spider silk is created by adding spider DNA to microbes

Researchers studying spiders have produced a synthetic biomaterial that can, in future, be used to make a multitude of products from clothes to car parts.

Kuva osoittaa, miten valmistetaan biosynteettistä hämähäkinseittiä suurjännitteen avulla
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