AbstractThe bacterial protein MreB has been identified as a prokaryotic homolog of the eukaryotic cytoskeletal protein actin. While we still know little about MreB's function, the structural similarities and differences between MreB and actin provide more insight into the remarkable properties of actin
AbstractPolymerising proteins of the actin family are nearly ubiquitous. Crenactins, restricted to C...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
AbstractThe bacterial protein MreB has been identified as a prokaryotic homolog of the eukaryotic cy...
EDU Actin’s origins newly determined structure of a filament-forming protein from bacteria is eerily...
SummaryThe bacterial actin-like protein MreB is thought to form a continuous helical polymer at the ...
Structural advances in our understanding of the functions of the actin cytoskeleton have come from d...
Structural advances in our understanding of the functions of the actin cytoskeleton have come from d...
Actin represents one of the most abundant and conserved eukaryotic proteins over time, and has an im...
The eukaryotic cortical actin cytoskeleton creates specific lipid domains, including lipid rafts, wh...
Actin represents one of the most abundant and conserved eukaryotic proteins over time, and has an im...
AbstractEF-Tu has been shown to interact with actin-like protein MreB and to affect its localization...
Bacterial actin homologue MreB is required for cell shape maintenance in most non-spherical bacteria...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
AbstractActin is one of the most highly conserved eukaryotic proteins. There are no amino acid chang...
AbstractPolymerising proteins of the actin family are nearly ubiquitous. Crenactins, restricted to C...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
AbstractThe bacterial protein MreB has been identified as a prokaryotic homolog of the eukaryotic cy...
EDU Actin’s origins newly determined structure of a filament-forming protein from bacteria is eerily...
SummaryThe bacterial actin-like protein MreB is thought to form a continuous helical polymer at the ...
Structural advances in our understanding of the functions of the actin cytoskeleton have come from d...
Structural advances in our understanding of the functions of the actin cytoskeleton have come from d...
Actin represents one of the most abundant and conserved eukaryotic proteins over time, and has an im...
The eukaryotic cortical actin cytoskeleton creates specific lipid domains, including lipid rafts, wh...
Actin represents one of the most abundant and conserved eukaryotic proteins over time, and has an im...
AbstractEF-Tu has been shown to interact with actin-like protein MreB and to affect its localization...
Bacterial actin homologue MreB is required for cell shape maintenance in most non-spherical bacteria...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
AbstractActin is one of the most highly conserved eukaryotic proteins. There are no amino acid chang...
AbstractPolymerising proteins of the actin family are nearly ubiquitous. Crenactins, restricted to C...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
From yeast to man, an evolutionary distance of 1.3 billion years, the F-actin filament structure has...
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