Linked from

The 9 pages that link to Sliding filament theory, each with the reason it gives.

• Skeletal muscleRelated: It explains how skeletal muscle fibers shorten without their contractile filaments themselves shrinking.

• Muscle contractionRelated: It explains how filament overlap changes while the filaments themselves retain their lengths.

• MyosinRelated: It recast myosin's role as filament movement rather than filament contraction.

• SarcomereRelated: It describes how sarcomeres shorten without the filaments themselves becoming shorter.

• Excitation-contraction couplingRelated: It describes the force-producing process activated downstream of calcium release.

• MuscleRelated: It explains how microscopic changes in muscle fibers produce contraction.

• MyofibrilRelated: It explains how sarcomeres shorten while their constituent filaments retain their lengths.

• Muscular systemBroader topic: It explains how skeletal and cardiac muscle fibers generate force.

• MyologyRelated: It explains how microscopic changes in muscle fibers generate contraction.