Working groups


Bioavailability

Bioavailability

Head: Dr. Lukas Y. Wick
Tel. +49 341 235-1316
lukas.wick@ufz.de

  • Quantification and process-based analysis of the effect of substrate bioavailability/ bioaccessibility on the autecology and ecology of contaminant biodegradation in soil
  • Process-based development of novel biotechnological remediation approaches for contaminated soil (‘fungal-highways, electro-bioremediation’)

Working group Bioavailability


Flow Cytometry

Flow Cytometry

Head: Prof. Dr. Susann Müller
Tel. +49 341 235-1318
susann.mueller@ufz.de

  • Study of the life strategies of microbial populations
  • Optimisation of biotechnological and environmental processes based on single cell data which are obtained with multi-parameter flow cytometry

Working group Flow Cytometry


Geomicrobial Reactive Transport Systems

Geomicrobial Reactive Transport Systems

Head: Dr. Martin Thullner
Tel. +49 341 235-1338
martin.thullner@ufz.de

  • Developing advanced modeling concepts and tools for the simulation of reactive transport processes in porous media systems
  • Emphasis: microbially driven processes (e.g., biodegradation of groundwater contaminants) and the link between microbial activity and chemical transformation rates

Working group Geomicrobial Reactive Transport Systems


Microbial Bioelectrocatalysis and Bioelectrotechnology

Microbial Bioelectrocatalysis & Bioelectrotechnology

Head: Dr. Falk Harnisch
Tel. +49 341 235-1337
falk.harnisch@ufz.de

  • Electromicrobiology: Electroactive microorganisms – from fundamentals to potential application
  • Focus: Novel processes for the generation of platform and fine chemicals (microbial bioelectrosynthesis and bioelectrochemcially steered fermentation)

Working group Microbial Bioelectrocatalysis and Bioelectrotechnology


Microbial Physiology

Microbial Physiology

Head: Dr. Thore Rohwerder
Tel. +49 341 235-1317
thore.rohwerder@ufz.de

  • Investigation of the performances of defined bacterial strain and (defined) consortia with activity in the context of pollutions
  • Measures are derived in order to optimize decontamination processes
  • Enzymes are searched for from microbial strains which are suitable for application in biotechnological processes

Working group Microbial Physiology


Microbial Systems Ecology

Microbial Systems Ecology

Head: Dr. Antonis Chatzinotas
Tel. +49 341 235-1324
antonis.chatzinotas@ufz.de

  • Description of interactions within and between microbial trophic levels focusing on prokaryotes, viruses, protists and fungi
  • Emphasis on the importance of these interactions for the establishment, the stability and the resilience of microbial systems and services

Working group Microbial Systems Ecology


Microbiology of Anaerobic Systems

Microbial Systems Ecology

Head: Dr. Sabine Kleinsteuber
Tel. +49 341 235-1325
sabine.kleinsteuber@ufz.de

  • Microbiological strategies to optimize anaerobic digestion
  • Microbial ecology of anaerobic contaminant degradation

Working group Microbiology of Anaerobic Systems


Ecothermodynamics / Biocalorimetry

WG Ecothermodynamics / Biocalorimetry

Head: PD Dr. Thomas Maskow
Tel. +49 341 235-1328
thomas.maskow@ufz.de

  • Application, development and validation of thermodynamic rules in ecosystems as well as in biotechnology
  • Development of ultra-sensitive real time sensors for ecosystems and biotechnology (Biocalorimetry)

Working group Ecothermodynamics / Biocalorimetry


Systems Biology of Microbial Communities

WG Systems Biology of Microbial Communities

Head: Dr. Florian Centler
Tel. +49 341 235-1336
florian.centler@ufz.de

  • Linking community dynamics and enzyme activity to process performance
  • Metabolic network modeling of anaerobic digestion
  • Model-guided interpretation of high-throughput data

Working group Systems Biology of Microbial Communities


Environmental Mycology

Environmental Mycology

Head: Dr. Dietmar Schlosser
Tel. +49 341 235-1329
dietmar.schlosser@ufz.de

  • Degradation/biotransformation of organic environmental pollutants by aquatic fungi
  • Particular focus: Oxidation of environmental pollutants by laccases of aquatic fungi

Working group Environmental Mycology