G Matthias Ullmann

15PUBLICATIONS
24CO-AUTHORS
Photonics, optoelectronics and optical communicationsColloid and surface chemistryFree radical chemistryComputational chemistryPyrometallurgy
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Publications (15)

|Mar 27, 2026
Fundamental Electrostatics Explains Why Ferredoxin- and HiPIP-Type Proteins Favor Different Redox Transitions in [4Fe-4S]-Cys<sub>4</sub> Clusters.

Rajeev Ranjan Roy, Maxim Janzen, G Matthias Ullmann

|Dec 29, 2025
Protein-Based Determination of Model Redox Potentials for the High-Potential and Low-Potential Redox Transition of [4Fe-4S]-Cys<sub>4</sub> Clusters Using Continuum Electrostatics.

Rajeev Ranjan Roy, Maxim Janzen, G Matthias Ullmann

|Apr 04, 2025
Enzymatic Birch reduction via hydrogen atom transfer at [4Fe-4S]-OH<sub>2</sub> and [8Fe-9S] clusters.

Jonathan Fuchs, Unai Fernández-Arévalo, Ulrike Demmer

|Nov 17, 2023
Virtual Model Compound Approach for Calculating Redox Potentials of [Fe<sub>2</sub>S<sub>2</sub>]-Cys<sub>4</sub> Centers in Proteins - Structure Quality Matters.

Rajeev Ranjan Roy, G Matthias Ullmann

|Nov 06, 2022
Investigation of the halophilic PET hydrolase PET6 from Vibrio gazogenes.

Sebastian Weigert, Pablo Perez-Garcia, Florian J Gisdon

|May 24, 2022
Serine and Cysteine Peptidases: So Similar, Yet Different. How the Active-Site Electrostatics Facilitates Different Reaction Mechanisms.

Florian J Gisdon, Elisa Bombarda, G Matthias Ullmann

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Frequent Collaborators

4 joint publications

Johannes M Foerster

3 joint publications

Rajeev Ranjan Roy

3 joint publications

Matthias Boll

3 joint publications

Elisa Bombarda