Flagella are the chief organelles of motility in bacteria. In recent years, several new findings have illuminated the evolution of bacterial flagella, including cut-down versions of the organelle in Buchnera, a dispensable ATPase and structural evidence for homology between FliG (a component of the flagellar motor) and MgtE (a magnesium transporter). However, a fresh examination of the phylogenetic distribution of flagellar genes warns against a simplistic model of early flagellar evolution
The bacterial flagellum is probably the most complex organelle found in bacteria. Although the ribos...
ABSTRACT Motility is essential for the pathogenesis of many bacterial species. Most bacteria move us...
BACKGROUND: The bacterial flagellum is the most important organelle of motility in bacteria and play...
Bacterial motility relies chiefly on the rotation of a molecular propeller, the flagellar filament, ...
Antoni van Leeuwenhoek observed individual living cells for the first time in history in 1674. Two y...
(please remove obvious anti-spam modification) Abstract: The bacterial flagellum is a complex molecu...
The bacterial flagellum is one of nature’s most amazing and well-studied nanomachines. Its cell-wall...
AbstractThe bacterial flagellum is an example of elegance in molecular engineering. Flagella depende...
International audienceBackground: As bacteria, motile archaeal species swim by means of rotating fla...
Motility plays a key role for the superior survival strategy of many bacteria. Sophisticated, macrom...
It has been known for some time that bacterial flagella are powered by remarkable rotary motors and...
The evolution of molecular machines is fundamental to the development of pathogenesis in bacteria. T...
The microtubule axoneme is an iconic structure in eukaryotic cell biology and the defining structure...
Bacterial flagella are helical proteinaceous fibers, composed of the protein flagellin, that confer ...
Flagella, the primary means of motility in bacteria, are helical filaments that function as microsco...
The bacterial flagellum is probably the most complex organelle found in bacteria. Although the ribos...
ABSTRACT Motility is essential for the pathogenesis of many bacterial species. Most bacteria move us...
BACKGROUND: The bacterial flagellum is the most important organelle of motility in bacteria and play...
Bacterial motility relies chiefly on the rotation of a molecular propeller, the flagellar filament, ...
Antoni van Leeuwenhoek observed individual living cells for the first time in history in 1674. Two y...
(please remove obvious anti-spam modification) Abstract: The bacterial flagellum is a complex molecu...
The bacterial flagellum is one of nature’s most amazing and well-studied nanomachines. Its cell-wall...
AbstractThe bacterial flagellum is an example of elegance in molecular engineering. Flagella depende...
International audienceBackground: As bacteria, motile archaeal species swim by means of rotating fla...
Motility plays a key role for the superior survival strategy of many bacteria. Sophisticated, macrom...
It has been known for some time that bacterial flagella are powered by remarkable rotary motors and...
The evolution of molecular machines is fundamental to the development of pathogenesis in bacteria. T...
The microtubule axoneme is an iconic structure in eukaryotic cell biology and the defining structure...
Bacterial flagella are helical proteinaceous fibers, composed of the protein flagellin, that confer ...
Flagella, the primary means of motility in bacteria, are helical filaments that function as microsco...
The bacterial flagellum is probably the most complex organelle found in bacteria. Although the ribos...
ABSTRACT Motility is essential for the pathogenesis of many bacterial species. Most bacteria move us...
BACKGROUND: The bacterial flagellum is the most important organelle of motility in bacteria and play...