AbstractThe FH proteins, defined by the presence of ‘formin homology’ regions, are important for a number of actin-dependent processes, including polarized cell growth and cytokinesis. They are large, probably multi-domain, proteins and their function may be in part mediated by an interaction with profilin
Formins, proteins defined by the presence of an FH2 domain and their ability to nucleate linear F-ac...
Formin-homology-domain-containing proteins interact with Rho-family GTPases and regulate actin cytos...
SummaryBackgroundFormins are a conserved family of actin nucleators responsible for the assembly of ...
AbstractThe FH proteins, defined by the presence of ‘formin homology’ regions, are important for a n...
Formin homology 2 (FH2) domaincontaining proteins (formins) have, since their discovery in 1990, bee...
AbstractTwo new crystal structures published in Cell and Molecular Cell provide the first clues abou...
Formins constitute a diverse protein family present in all eukaryotes examined. They are defined by ...
AbstractFormin proteins participate in a wide range of cytoskeletal processes in all eukaryotes. The...
SummaryFormins induce the nucleation and polymerization of unbranched actin filaments. They share th...
SummaryBackgroundFormin proteins nucleate actin filaments de novo and stay associated with the growi...
AbstractThe regulation of the actin cytoskeleton is a key process for the stability and motility of ...
Cytokinesis, the terminal event in the canonical cell cycle, physically separates daughter cells fol...
SummaryFormins catalyze nucleation and growth of actin filaments. Here, we study the structure and i...
AbstractFormins represent a major branch of actin nucleators along with the Arp2/3 complex, Spire an...
Formin proteins are key regulators of eukaryotic actin filament assembly and elongation, and many sp...
Formins, proteins defined by the presence of an FH2 domain and their ability to nucleate linear F-ac...
Formin-homology-domain-containing proteins interact with Rho-family GTPases and regulate actin cytos...
SummaryBackgroundFormins are a conserved family of actin nucleators responsible for the assembly of ...
AbstractThe FH proteins, defined by the presence of ‘formin homology’ regions, are important for a n...
Formin homology 2 (FH2) domaincontaining proteins (formins) have, since their discovery in 1990, bee...
AbstractTwo new crystal structures published in Cell and Molecular Cell provide the first clues abou...
Formins constitute a diverse protein family present in all eukaryotes examined. They are defined by ...
AbstractFormin proteins participate in a wide range of cytoskeletal processes in all eukaryotes. The...
SummaryFormins induce the nucleation and polymerization of unbranched actin filaments. They share th...
SummaryBackgroundFormin proteins nucleate actin filaments de novo and stay associated with the growi...
AbstractThe regulation of the actin cytoskeleton is a key process for the stability and motility of ...
Cytokinesis, the terminal event in the canonical cell cycle, physically separates daughter cells fol...
SummaryFormins catalyze nucleation and growth of actin filaments. Here, we study the structure and i...
AbstractFormins represent a major branch of actin nucleators along with the Arp2/3 complex, Spire an...
Formin proteins are key regulators of eukaryotic actin filament assembly and elongation, and many sp...
Formins, proteins defined by the presence of an FH2 domain and their ability to nucleate linear F-ac...
Formin-homology-domain-containing proteins interact with Rho-family GTPases and regulate actin cytos...
SummaryBackgroundFormins are a conserved family of actin nucleators responsible for the assembly of ...
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