New managing director at the b-ACT matter Research and Transfer Centre

In November 2024, Franziska Ullm took over as managing director of the b-ACT matter Research and Transfer Centre for Bioactive Matter, succeeding Dr. Susanne Ebitsch, who left Leipzig University in October to join the Centre for the Transformation of Chemistry (CTC).

The University of Leipzig is not new territory for the biochemist, who hails from Saxony. She previously studied biology here and later completed a master’s degree in biochemistry with a specialisation in biomedicine.
After completing her studies, Franziska Ullm remained at Leipzig University for the time being: until 2022, she worked at the Institute of Biochemistry as a research assistant and doctoral candidate, where she gained experience in coordinating research projects and supervising young scientists.

For the past two years, she has been working at FILK Freiberg Institute gGmbH, a non-university research institution in Freiberg with an accredited testing laboratory that specialises in materials science and technology development.

Research and Transfer Centre for Bioactive Matter b-ACT matter

The interfaculty centre was established at Leipzig University in 2021 with the aim of translating the latest scientific findings even more quickly into innovations for companies in the structurally changing region of central Germany. To this end, greater use is to be made of biological resources and processes such as self-renewal and evolution. In combination with the possibilities offered by sensor technology, digitalisation and artificial intelligence, applications in medicine, biotechnology and environmental analysis are to be developed.
The transfer centre is funded by the federal programme ‘STARK – Strengthening the dynamics of transformation and new beginnings in the mining areas and at coal-fired power plant sites’.

Franziska Ullm is the new managing director at the b-ACTmatter centre

Project LivMat has started

On 1 July 2024 we started our new m-ERA.net project “LivMat: Productive catalytic living materials: combining 3D biobased fibrillar membranes with synthetic microbial consortia to produce chemicals” together with our partners from Helmholtz-UFZ, Solaga GmbH, Instanbul Technical University, Kaunas University of Technology and University of Latvia.

The LivMat project aims to syndicate biobased porous materials with microbial consortia to effectively capture natural and waste resources to synthesize chemicals continuously, demonstrating the basis for catalytic living materials. Within the project we will exemplify the approach by the production of monomers for textile polymer synthesis including ε-caprolactone and adipic acid.

Saxon Innovation Conference 2024

LivMat is a project of the Research and Transfer Centre for Bioactive Matter b-ACT matter.
We presented together as a team and had a lot of fun and great discussions at the Saxon Innovation Conference 2024 on 19 June 2024!

In the workshop “From research to product – how does it work?”, we were given suggestions on how we can use design thinking to further develop our research results in an application-oriented and user-centred way and got creative, as you can see from the picture by Rohan Karande below.

LivMat auf der Sächsischen Innovationskonferenz
Photo: b-ACT matter

D-A-CH Algae Summit 2024 in Bern

Valentina Schmitz, PhD student in the BIOMAT junior research group at the b-ACTmatter research and transfer center, presented the M-ERA-NET project at the D-A-CH Algae Summit 2024 in Bern on May 7-8.

Current developments in the algae industry and research were discussed at the event. The first “D-A-CH Algae Summit” took place in Vienna in 2021. The event showcases current developments in the algae industry and research and aims to promote networking and the exchange of experience between industry, science and administration in the DACH countries.
Valentina Schmitz presented the Biomat group’s research, in which hybrid living materials are developed using phototrophic biofilms of different species to produce sustainable products.

Algen-Summit in Bern
Photo: b-ACT matter