CORDIS Project
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This project investigates the self-assembly of bacterial flagella, which are complex nanomachines crucial for bacterial motility. By combining visualization and genetic analysis, it aims to reveal how bacteria coordinate the assembly of these structures within cells.
Life has evolved diverse protein machines and bacteria provide many fascinating examples.
Despite being unicellular organisms of relatively small size, bacteria produce sophisticated nanomachines with a high degree of self-organization.
The motility organelle of bacteria, the flagellum, is a prime example of complex bacterial nanomachines.
Flagella are by far the most prominent extracellular structures known in bacteria and made through self-assembly of several dozen different kinds of proteins…
HUMBOLDT-UNIVERSITAET ZU BERLIN
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