Molecular mechanisms of muscle force regulation: a role for titin?
Theories of Contraction Striated muscles are contractile and can change force and stiffness
dramatically in a matter of milliseconds. Skeletal muscles allow for goal-oriented …
dramatically in a matter of milliseconds. Skeletal muscles allow for goal-oriented …
[PDF][PDF] The three filament model of skeletal muscle stability and force production
Ever since the 1950s, muscle force regulation has been associated with the cross-bridge
interactions between the two contractile filaments, actin and myosin. This gave rise to what is …
interactions between the two contractile filaments, actin and myosin. This gave rise to what is …
Are titin properties reflected in single myofibrils?
Titin is a structural protein in muscle that spans the half sarcomere from Z-band to M-line.
Although there are selected studies on titin's mechanical properties from tests on isolated …
Although there are selected studies on titin's mechanical properties from tests on isolated …
Sarcomere overextension reduces stretch-induced tension loss in myofibrils of rabbit psoas
A Panchangam, W Herzog - Journal of biomechanics, 2011 - Elsevier
Stretch-induced damage to skeletal muscles results in loss of isometric tension. Although
there is no direct evidence, loss of tension has been implicitly assumed to be the …
there is no direct evidence, loss of tension has been implicitly assumed to be the …
The Mechanical Properties of Titin within a Sarcomere?
JA Herzog, TR Leonard, A Jinha… - Journal of Undergraduate …, 2012 - cdm.ucalgary.ca
Titin is a structural protein in muscle that spans the half sarcomere from z-band to M-line.
Although there are selected studies on titin's mechanical properties from tests on isolated …
Although there are selected studies on titin's mechanical properties from tests on isolated …