AbstractNebulin is a family of giant sarcomere matrix proteins of 6OO–900 kDa in most vertebrate skeletal muscles. Recent sequence analysis suggests that human nebulin is mainly composed of a large number (> 200) of conserved repeats of ∼ 35 residues. Two cloned nebulin fragments, consisting of 6 and 8 of the repeats, have been expressed in E. coli using the pET3d vector. Both F-actin cosedimentation and solid-phase binding assays demonstrated a specific binding of these nebulin fragments to actin. This finding suggests that nebulin is a giant protein which binds actin at multiple sites in a template-manner. The presence of an actin-binding template protein in the skeletal muscle sarcomere may have significant implications in the assembly a...
Nebulin is about 800 kDa filamentous protein that binds the entire thin filament of vertebrate skele...
Nebulin, a giant modular protein from muscle, is thought to act as a molecular ruler in sarcomere as...
AbstractIndividual molecules of the giant muscle proteins titin and nebulin span large distances in ...
Nebulin, a giant protein (molecular mass 800 kDa) specific for the skeletal muscle of vertebrates, h...
The sliding filament model of the sarcomere was developed more than half a century ago. This model, ...
Partial amino acid sequence was obtained from the massive myofibrillar protein nebulin. This consist...
Nebulin, a large protein (600 to 800 kDa) located in the thin filament of striated vertebrate muscle...
AbstractcDNA clones encoding mouse skeletal muscle nebulin were expressed in Escherichia coli as thi...
AbstractNebulin is a high molecular weight polypeptide (mass 0.6–0.8 million) which accounts for 3% ...
Nebulin is a giant (Mr 750-850kDa), modular sarcomeric protein proposed to regulate the assembly, an...
The huge modular protein nebulin is located in the thin filament of striated muscle in vertebrates a...
Nebulin is a giant filamentous F-actin-binding protein (800 kDa) that binds along the thin filament ...
Skeletal muscles generate force through crossbridge interactions between actin thin filaments and my...
Nebulin is a skeletal muscle protein that associates with the sarcomeric thin filaments and has func...
Gonsior SM, Gautel M, Hinssen H. A six-module human nebulin fragment bundles actin filaments and ind...
Nebulin is about 800 kDa filamentous protein that binds the entire thin filament of vertebrate skele...
Nebulin, a giant modular protein from muscle, is thought to act as a molecular ruler in sarcomere as...
AbstractIndividual molecules of the giant muscle proteins titin and nebulin span large distances in ...
Nebulin, a giant protein (molecular mass 800 kDa) specific for the skeletal muscle of vertebrates, h...
The sliding filament model of the sarcomere was developed more than half a century ago. This model, ...
Partial amino acid sequence was obtained from the massive myofibrillar protein nebulin. This consist...
Nebulin, a large protein (600 to 800 kDa) located in the thin filament of striated vertebrate muscle...
AbstractcDNA clones encoding mouse skeletal muscle nebulin were expressed in Escherichia coli as thi...
AbstractNebulin is a high molecular weight polypeptide (mass 0.6–0.8 million) which accounts for 3% ...
Nebulin is a giant (Mr 750-850kDa), modular sarcomeric protein proposed to regulate the assembly, an...
The huge modular protein nebulin is located in the thin filament of striated muscle in vertebrates a...
Nebulin is a giant filamentous F-actin-binding protein (800 kDa) that binds along the thin filament ...
Skeletal muscles generate force through crossbridge interactions between actin thin filaments and my...
Nebulin is a skeletal muscle protein that associates with the sarcomeric thin filaments and has func...
Gonsior SM, Gautel M, Hinssen H. A six-module human nebulin fragment bundles actin filaments and ind...
Nebulin is about 800 kDa filamentous protein that binds the entire thin filament of vertebrate skele...
Nebulin, a giant modular protein from muscle, is thought to act as a molecular ruler in sarcomere as...
AbstractIndividual molecules of the giant muscle proteins titin and nebulin span large distances in ...