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Institute of Bio- and Geosciences (IBG)

Bioinformatics (IBG-4)

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        • Structure-based Bioinformatics
          • ▾Modeling of membrane proteins with bioeconomic impact
          • ▾Computational enzyme technology
          • ▾Computational next-generation biocatalysis
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        • Omics-/Data-based Bioinformatics
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          • ▾Research Projects in the Gohlke group
          • ▾Research Projects in the Usadel group
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        • Softwares & Webservers in the Usadel group
          • ▾Trimmomatic | Trimm and Preprocess NGS Data
          • ▾Mercator | Classify and Annotate Plant Genomes
          • ▾MapMan | Visualize Plant Omics data
          • ▾PlaBiPD
          • ▾GXP The Gene Expression Plotter
        • Softwares & Webservers in the Gohlke group
          • ▾Constraint Network Analysis (CNA)
          • ▾VisualCNA
          • ▾RCNMA/NMSim
          • ▾DrugScore
          • ▾PACKMOL-memgen
          • ▾Free Energy Workflow (FEW)
          • ▾Vasor
          • ▾TopScore
          • ▾TopModel
          • ▾TopDomain
          • ▾TopProperty
          • ▾TopEnzyme
          • ▾PocketAnalyzerPCA
          • ▾TopEC
          • ▾LISTER
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                                Funded Research Projects
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                                Research Projects in the Gohlke group

                                Research Projects in the Gohlke group

                                IBG-4 is involved in national and international third-party funded projects. Here you find an overview of projects currently funded and led in the group of Prof. Holger Gohlke:

                                National funding

                                a

                                Funded by the Helmholtz School for Data Science in Life, Earth and Energy (HDS-LEE)

                                TopEnzyme/TopEC: AI-based enzyme classification

                                Development of deep learning-based methods to improve classification of enzyme function.

                                a

                                Funded by Evoxx technologies GmbH

                                TAM: Knowledge-driven engineering of transaminase

                                Development and application of novel physics- and machine learning-based methods for the engineering of transaminases.

                                a

                                Funded by Bioeconomy Science Center

                                MetaProcess: Towards sustainable biocatalysis

                                Development of an enzymatic platform for the sustainable production of amino alcohols

                                a

                                Funded by BMBF

                                LipoBiocat: Engineering lipolytic biocatalysts

                                Improving lipolytic enzymes stability for indutrial applications

                                a

                                Funded by Volkswagen Stiftung

                                DNAzymes: Next-generation DNA editing biocatalysts

                                Development of innovative RNA-based biocatalysts

                                a

                                Funded by Bioeconomy Science Center

                                CasCAR: Improving carboxylic acid reductases catalytic performance

                                Sustainable production of valuable aldehydes using a locally immobilized synthetic enzyme cascade

                                Last Modified: 21.03.2025

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