Striated muscles serve a variety of roles, including contracting to provide power for movements, acting isometrically as a strut or spring to stabilize joints and transmit force, and producing force while being lengthened to decelerate appendages and bodies or damp movements (reviewed in Dickinson et al.
1963) Electron microscope studies on the structure of natural and synthetic filaments from
striated muscle.
Recent work in
striated muscle by Ward and coworkers and others has implicated nicotinamide adenine dinucleotide phosphate oxidase 2 (NADPH oxidase; NOX) as the major source of superoxide ROS during repetitive contraction [24, 25].
It is commonly assumed that if
striated muscles are activated, they are publically observed, and hence may be subsumed entire under an operant analysis.
The fibres of
striated muscle also had their spindle and extended shape greatly altered.
The muscle origins on the interosseous ligament were verified histologically, where
striated muscle originated directly from the dense connective tissue of the interosseous ligament.
Continence is mainly controlled by the urethral sphincter complex which in turn is dependent on smooth and
striated muscle tone and supportive structures.
One can infer that the removal of the main cell function, the contraction, in the case of the skeletal
striated muscle, triggers the chain reactions that culminate in apoptosis.
The scientists focused on
striated muscle - the type of muscle that controls skeletal movement and heart contractions.
Drosophila melanogaster is being used as a model organism with which to study myofibril assembly and growth of the sarcomere in
striated muscle.
Deciphering the mysteries of myoglobin in
striated muscle.
The host was determined to be
striated muscle tissue of the myocardium (heart).
