Partial amino acid sequence was obtained from the massive myofibrillar protein nebulin. This consists of repeating motifs of about 35 residues and super-repeats of 7 × 35 = 245 residues. The repeat-motifs are likely to be largely α-helical and to interact with both actin and tropomyosin in thin filaments. Nebulin from different species was found to vary in size in proportion to filament length. The data are consistent with the proposal that nebulin acts as a protein-ruler to regulate precise thin filament assembly. © 1991
Nebulin is a giant filamentous F-actin-binding protein (800 kDa) that binds along the thin filament ...
AbstractThin filaments were prepared from rabbit and beef skeletal muscle with three different proce...
AbstractIndividual molecules of the giant muscle proteins titin and nebulin span large distances in ...
Nebulin, a large protein (600 to 800 kDa) located in the thin filament of striated vertebrate muscle...
Nebulin, a giant protein (molecular mass 800 kDa) specific for the skeletal muscle of vertebrates, h...
Nebulin is a protein coextensive with thin filament in skeletal muscle. Several evidences seem to in...
Regulating the thin-filament length in muscle is crucial for controlling the number of myosin motors...
The sliding filament model of the sarcomere was developed more than half a century ago. This model, ...
AbstractTo generate force, striated muscle requires overlap between uniform-length actin and myosin ...
Nebulin is a giant (Mr 750-850kDa), modular sarcomeric protein proposed to regulate the assembly, an...
In this review we discuss the history and the current state of ideas related to the mechanism of siz...
AbstractNebulin is a family of giant sarcomere matrix proteins of 6OO–900 kDa in most vertebrate ske...
AbstractNebulin is a high molecular weight polypeptide (mass 0.6–0.8 million) which accounts for 3% ...
Nebulin is a skeletal muscle protein that associates with the sarcomeric thin filaments and has func...
In skeletal muscle, nebulin stabilizes and regulates the length of thin filaments, but the underlyin...
Nebulin is a giant filamentous F-actin-binding protein (800 kDa) that binds along the thin filament ...
AbstractThin filaments were prepared from rabbit and beef skeletal muscle with three different proce...
AbstractIndividual molecules of the giant muscle proteins titin and nebulin span large distances in ...
Nebulin, a large protein (600 to 800 kDa) located in the thin filament of striated vertebrate muscle...
Nebulin, a giant protein (molecular mass 800 kDa) specific for the skeletal muscle of vertebrates, h...
Nebulin is a protein coextensive with thin filament in skeletal muscle. Several evidences seem to in...
Regulating the thin-filament length in muscle is crucial for controlling the number of myosin motors...
The sliding filament model of the sarcomere was developed more than half a century ago. This model, ...
AbstractTo generate force, striated muscle requires overlap between uniform-length actin and myosin ...
Nebulin is a giant (Mr 750-850kDa), modular sarcomeric protein proposed to regulate the assembly, an...
In this review we discuss the history and the current state of ideas related to the mechanism of siz...
AbstractNebulin is a family of giant sarcomere matrix proteins of 6OO–900 kDa in most vertebrate ske...
AbstractNebulin is a high molecular weight polypeptide (mass 0.6–0.8 million) which accounts for 3% ...
Nebulin is a skeletal muscle protein that associates with the sarcomeric thin filaments and has func...
In skeletal muscle, nebulin stabilizes and regulates the length of thin filaments, but the underlyin...
Nebulin is a giant filamentous F-actin-binding protein (800 kDa) that binds along the thin filament ...
AbstractThin filaments were prepared from rabbit and beef skeletal muscle with three different proce...
AbstractIndividual molecules of the giant muscle proteins titin and nebulin span large distances in ...