Sociomicrobiology
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Group for Sociomicrobiology is dedicated to research of bacterial communities and their interactions with the environment. The focus of the research are microbial activities governed by the production of small molecules essential for the establishment and maintenance of microbe/microbe interactions and host/microbe interactions such as extracellular signaling molecules, secondary metabolites, catabolic enzymes. These small molecules and the mechanisms of their action are the basis of many useful applications we are developing in our Group including application in medicine (new therapeutics, new experimental models, biomarkers for more accurate/faster diagnostics, targets for new generation drug design), bioremediation and agriculture, and biotechnology (biocatalysts, functionalized materials).
Research of the Group for Sociomicrobiology focuses on the following research topics:
NEW STRATEGIES IN THE TREATMENT OF INFECTIONS
- Small molecule inhibitors of virulence of pathogenic bacteria and fungi
- Enzymes with anti-virulent properties
- Small molecules and enzymes for the treatment of chronic infections - inhibitors of single and mixed biofilms
THE ROLE OF INFECTIONS IN THE OCCURRENCE AND PROGRESS OF DIFFERENT PATHOLOGICAL CONDITIONS
- Pathogen-host interactions
- Chronic wounds, cystic fibrosis, cancer
- Model systems: in vitro wound model, cells culture, zebra fish, mouse
POTENTIAL OF BACTERIA AND BACTERIAL CONSORTIA IN BIOREMEDIATION AND PLANT GROWTH PROMOTING
- Identification of individual bacteria or their enzymes
- Selecting natural and designing artificial bacterial consortia
- Adaptive evolution of the consortia
- Application of metabolomics and modeling metabolic relationships within a consortium
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Lidija Šenerović
Full Research ProfessorGroup for Sociomicrobiology
Department of Microbiology and Plant BiologyLidija Senerovic. PhD, is a Principal Research Fellow and Head of the Sociomicrobiology Group. She received her PhD from the Humboldt University of Berlin in 2009 in the field of Infection Biology. Her research focusses on the development of innovative therapeutic strategies for bacterial and fungal chronic infections, particularly those associated with biofilms. She works on development of small molecules that inhibit microbial virulence by targeting quorum sensing pathways using rational drug design. Through bioprospecting of a diverse collection of environmental bacteria, she seeks to identify novel quorum quenching enzymes or enzymes that specifically degrade components of the biofilm matrix. Together with her team, she explores strategies to improve enzymes’ performance by in silico engineering and/or immobilisation on different materials such as bacterial nanocellulose intended for wound dressings. Using advanced multi-omics approaches, she investigates the causative agents of chronic infections, microbe-microbe, and host–microbe interactions to improve the understanding of pathogenesis and treatment resistance in persistent clinical settings such as chronic wounds and recurrent intestinal infections. She has also been working on the development of the tools and methods for rapid diagnosis of biofilms to improve treatment outcomes and prevent chronic infections.
Her interdisciplinary research is conducted in collaboration with experts in chemistry, immunology, bioinformatics, pharmacy and clinical medicine, both from academia and industry. She has led two research and two R&D projects. The results of her scientific work have been published in numerous renowned international journals. Collaborations with industry partners have resulted in two patent applications and the development of a product that is already on the market (CandBerrol). She has supervised two master's theses and four doctoral dissertations.
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IMGGE work program for 2025 - Ministry of Science, Technological Development and Innovation of the Republic of Serbia, 451-03-136/2025-03/200042, 2025
Diabetic chronic wounds prevention and eradication – patients come to the rescue (2024-2025)
Enzyme stabilization for biodegradation of organophosphate plastic additives and pesticides (orgOPhix) (2024-2025)
Enzymes for detection of per- and polyfluoroalkyl (PFAS) chemicals (PFASens) (2024-2025)
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