SCAR/WAVE proteins are central regulators of cell motility that coordinate actin reorganization through activation of the Arp2/3 complex. Their activity is controlled by a large complex with four other members. A new study contradicts earlier work by suggesting that the entire complex is required for SCAR/WAVE activity at the leading edge
WAVE/SCAR has long been known to activate the actin-nucleating Arp2/3 complex in a Rac-dependent man...
Actin polymerization drives multiple cell processes involving movement and shape change. SCAR/WAVE p...
Actin polymerization drives multiple cell processes involving movement and shape change. SCAR/WAVE p...
SCAR/WAVE proteins are central regulators of cell motility that coordinate actin reorganization thro...
Actin reorganization is a tightly regulated process that co-ordinates complex cellular events, such ...
Actin reorganization is a tightly regulated process that co-ordinates complex cellular events, such ...
WAVE/SCAR has long been known to activate the actin-nucleating Arp2/3 complex in a Rac-dependent man...
Actin reorganization is a tightly regulated process that co-ordinates complex cellular events, such ...
The SCAR/WAVE complex drives the actin polymerisation that underlies protrusion of the front of the ...
Abstract Background The Scar/WAVE family of proteins mediates signals to actin assembly by direct ac...
SCAR/WAVE proteins and Arp2/3 complex assemble branched actin networks at the leading edge. Two isof...
Although many of the regulators of actin assembly are known, we do not understand how these componen...
Signal-dependent regulation of actin dynamics is essential for a variety of cellular processes, incl...
The SCAR/WAVE complex drives the actin polymerisation that underlies protrusion of the front of the ...
The actin cytoskeleton plays an essential role in numerous aspects of cell biology, such as cell mor...
WAVE/SCAR has long been known to activate the actin-nucleating Arp2/3 complex in a Rac-dependent man...
Actin polymerization drives multiple cell processes involving movement and shape change. SCAR/WAVE p...
Actin polymerization drives multiple cell processes involving movement and shape change. SCAR/WAVE p...
SCAR/WAVE proteins are central regulators of cell motility that coordinate actin reorganization thro...
Actin reorganization is a tightly regulated process that co-ordinates complex cellular events, such ...
Actin reorganization is a tightly regulated process that co-ordinates complex cellular events, such ...
WAVE/SCAR has long been known to activate the actin-nucleating Arp2/3 complex in a Rac-dependent man...
Actin reorganization is a tightly regulated process that co-ordinates complex cellular events, such ...
The SCAR/WAVE complex drives the actin polymerisation that underlies protrusion of the front of the ...
Abstract Background The Scar/WAVE family of proteins mediates signals to actin assembly by direct ac...
SCAR/WAVE proteins and Arp2/3 complex assemble branched actin networks at the leading edge. Two isof...
Although many of the regulators of actin assembly are known, we do not understand how these componen...
Signal-dependent regulation of actin dynamics is essential for a variety of cellular processes, incl...
The SCAR/WAVE complex drives the actin polymerisation that underlies protrusion of the front of the ...
The actin cytoskeleton plays an essential role in numerous aspects of cell biology, such as cell mor...
WAVE/SCAR has long been known to activate the actin-nucleating Arp2/3 complex in a Rac-dependent man...
Actin polymerization drives multiple cell processes involving movement and shape change. SCAR/WAVE p...
Actin polymerization drives multiple cell processes involving movement and shape change. SCAR/WAVE p...