To function properly and propel the bacterium, the flagellum requires all of its components to fit together to exacting measurements. In a new study, researchers report the eludication of a mechanism that regulates the length of the flagellum's 25 nanometer driveshaft-like rod and answers a long-standing question about how cells are held together.
To function properly and propel the bacterium, the flagellum requires all of its components to fit together to exacting measurements. In a new study, researchers report the eludication of a mechanism that regulates the length of the flagellum's 25 nanometer driveshaft-like rod and answers a long-standing question about how cells are held together.
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