Results
Cosmopolis Centre for Urban Research
The Cosmopolis Centre for Urban Research is a research group within the Department of Geography of the Vrije Universiteit Brussel and is dedicated to research and teaching in interdisciplinary urban studies, with particular strengths in geography, spatial planning and urban design.
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Linking the field-cereal-flour-sourdough-bread axis to microbial species diversity
Artisan bakery sourdoughs are characterized by a typical microbiota, often determined by the house microbiota, the flour and/or ingredients used, as well as the process conditions applied.
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Engineering of synthetic genetic circuits for dynamic pathway regulation in thermophiles
Industrial-scale microbial production of biochemicals and -fuels offers a sustainable alternative to the current petrochemical processes.
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Molecular response to temperature stress in thermoacidophilic archaea
Temperature is a crucial physical parameter for all living organisms. The ability to respond adequately to a temperature rise or drop underlies the survival and fitness of a species.
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Mycorrhizas for sustainable agriculture and forestry
Roughly a third of the earth’s land is degraded. Human activities including industry and overcultivation resulted in marginal soils. These soils are unbalanced in nutrients and often polluted with heavy metals.
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High-speed Atomic Force Microscopy to unravel the dynamics of biomolecular processes
The advent of atomic force microscopy (AFM) nanoimaging techniques heralded a new era for imaging and analysis of biomolecules and cells.
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Optical nanomotion detection for space biology research and the fight against pathogenic microorganisms
The existence of life in extraterrestrial environments is currently one of the most intriguing scientific questions.
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The molecular basis of neurological disease: structural and mechanistic insights in enzymes and signal transduction pathways implicated in neurological disorders
Enzymes play a central role in all metabolic and cellular pathways. The Versées lab therefore focuses on the elucidation of the mechanisms that underlie the tremendous catalytic power and regulation of enzymes and enzyme complexes.
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Regulation of bacterial toxin-antitoxin systems
The genomes of lost bacteria contain a plethora of small operons commonly referred to as toxin- antitoxin (TA) systems. The toxin typically slows down or almost completely halts bacterial metabolism as a consequence of various kinds of stress such as food limitations.
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Role of SOG1 and related NAC transcription factors in plant DNA Damage Response
The DNA Damage Response (DDR) is a large signaling network that senses and responds to different types of DNA damage. It controls DNA repair, cell cycle progression, apoptosis and all other responses to replication stress.
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