Linked from

The 21 pages that link to Muscle cell, each with the reason it gives.

• Skeletal muscleBroader topic: Bundles of these cells form skeletal muscle tissue and respond to motor-neuron signals.

• Motor unitBroader topic: It is the individual muscle cell included in a motor unit.

• Duchenne muscular dystrophyBroader topic: Without dystrophin, repeated contractions make these cells vulnerable to membrane damage and degeneration.

• Muscle hypertrophyBroader topic: The defining structural change in hypertrophy is enlargement of individual fibers.

• Muscular dystrophyBroader topic: Muscular dystrophies progressively damage these cells, reducing functional muscle tissue.

• Muscle biopsyBroader topic: Fiber size, shape, and internal features are central to microscopic interpretation.

• Muscle atrophyBroader topic: Reduced fiber size is the defining structural change in many cases of atrophy.

• MyopathyBroader topic: Myopathies damage or disrupt these cells and their contractile machinery.

• MuscleBroader topic: Fibers are the cells whose coordinated activity makes up muscle tissue.

• Muscular systemBroader topic: Muscle fibers are the cells that produce tension within muscle tissue.

• Strain (injury)Broader topic: Strains damage the fibers that transmit force within skeletal muscle.

• Flank steakBroader topic: The cut’s visible grain follows the direction of its elongated muscle fibers.

• MyologyBroader topic: Muscle fibers are the cellular units organized into muscle tissue.

• Sirloin steakBroader topic: Sirloin's texture reflects the fibers and connective tissue in its working muscles.

• Myotendinous junctionBroader topic: The muscle fiber’s membrane forms the cellular side of the attachment.

• Skeletal muscle crampBroader topic: A cramp involves involuntary contraction in fibers recruited within an affected muscle.