News

Mauri Kostiainen has received a two million euro grant to study new biohybrid materials

The work of Mauri Kostiainen can help combine the best characteristics of biomolecules and synthetic materials.
Mauri Kostiainen

The European Research Council (ERC) has awarded Aalto University Assistant Professor Mauri Kostiainen a prestigious ERC Consolidator grant for the Multicomponent Protein Cage Co-Crystals (ProCrystal) research project. The funding amounts to almost EUR 2 million and lasts for five years.

Together with his research group, Kostiainen seeks to utilize virus capsids, the protein shells of a virus, and other protein cages as building blocks for new biohybrid materials. Such materials aim to combine the highly specific functions of biomolecules with the versatility of synthetic materials.

Protein cages offer a tuneable, yet geometrically well-defined shell that can encapsulate different functional colloids and guide the crystallization of multiple different components. These crystals might function for example in catalysis and purification applications.

Possibility to direct nanoscale structural order in complex matter, is a prerequisite for the development of functional materials. Currently, most nanostructured materials consist of fully synthetic or biological materials, since it is challenging to integrate them in a designed manner.

“In our research, we propose an approach based on the electrostatic co-assembly of biological protein cages and synthetic materials to bridge the gap between these material types,” says Professor Mauri Kostiainen. “Protein-based nanocages, such as ferritins and virus capsids, offer a tuneable, yet geometrically well-defined cage that can encapsulate different materials and crystallize easily. Our target is to encode functions to these crystals and realize collectively behaving nanoparticle arrays.”

The ERC provides Consolidator Grant funding to researchers in the middle of their careers whose scientific career to date foresees particular success.

 

Bio

Professor Mauri Kostiainen obtained his M.Sc. in organic chemistry from the University of Helsinki, Finland (2005) and the subsequent Ph.D. in engineering physics from the Helsinki University of Technology, Finland (2008). After receiving his doctoral degree, Kostiainen spent 2.5 years as a postdoctoral fellow at the Institute for Molecules and Materials (Radboud University Nijmegen, the Netherlands) developing new approaches for chemical and physical virology. He returned to Aalto University in 2011 as an Academy of Finland postdoctoral fellow and joined the faculty of School of Chemical Technology in 2013. Currently, he is an Associate Professor in the School of Chemical Engineering at Aalto University. His research interests focus on the integration of biological and synthetic building blocks in a designed manner to create biohybrid materials.

Further information:

Mauri Kostiainen, Professor, School of Chemical Engineering, Aalto University
[email protected]

 

 

  • Published:
  • Updated:
Share
URL copied!

Related news

Smart City Challenge
Research & Art Published:

Four smart city pilot projects start in January 2021

Altogether 71 ideas were proposed to the international challenge for smart cities. 
ARTS open science roadshow, pic of the session
Research & Art Published:

European Open Science Cloud (EOSC) Finnish Forum webinar on 25th January

One of the speakers is Karel Luyben, the first president of the EOSC Association and a member of board at Aalto University.
Installation Talk 2020, Jarkko Niiranen
Research & Art Published:

Professor Jarkko Niiranen on the computational mechanics of microarchitectural solids and structures

'When developing models, we spend a lot of time on mathematical physics, numerical mathematics and computer programming, but the fundamental concepts of mechanics remain the same' says Niiranen in his installation talk.
A photo showing Dr. Dorothea Golze
Research & Art Published:

Computational physicist Dorothea Golze receives prestigious Emmy Noether Award

Dorothea Golze received funding from the German Research Foundation within the Emmy Noether Programme to establish her own junior research group at the Technical University of Dresden.