Unveiling novel mechanisms of fimbriae-mediated bacterial adhesion and antibiotic-resistant 3D biofilm shaping

Description of the granted funding

The most Gram-negative pathogenic bacteria form on their surface special grasping organelles, by which bacteria target to their object in human body and by which bacteria stick very firmly into this object enabling bacteria to cause an infection. The mechanism of formation of the grasping organelles was recently solved in molecular level. Structural units of the organelles are synthesized inside the inner cell membrane, wherefrom they are transported with a complex machinery onto the outer membrane. Therein the units self-assemble and protrude onto their place on the cell surface. Although the grasping units have multitude of structures they owe certain similar structural features, which can be exploited in the future for developing novel types of microbe drugs and vaccines. Furthermore, it is possible to develop microbe drugs, which prevent development of the grasping organelles resulting in bacteria to become non-infective.
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Starting year

2024

End year

2028

Granted funding

Anton Zavialov Orcid -palvelun logo
541 056 €

Funder

Research Council of Finland

Funding instrument

Academy projects

Decision maker

Scientific Council for Biosciences, Health and the Environment
12.06.2024

Other information

Funding decision number

360760

Fields of science

Biochemistry, cell and molecular biology

Research fields

Biokemia, biofysiikka

Identified topics

microbiome, microbiology