Linked from

The 71 pages that link to Skeletal muscle, each with the reason it gives.

• Neuromuscular junctionNarrower topic: Its fibers receive the motor neuron’s signal at specialized synapses.

• BiomechanicsRelated: Its contractions generate forces that move body segments.

• ElectromyographyNarrower topic: It is the tissue whose electrical activity conventional EMG records.

• Motor controlRelated: Its contractions provide the force that neural motor commands regulate.

• TendonCompared with: Muscle produces contractile force; tendon transmits that force to the skeleton.

• Smooth muscleCompared with: Unlike smooth muscle, skeletal muscle has sarcomeres and supports deliberate movement.

• Exercise physiologyBroader topic: Its fibers and recruitment patterns shape force, fatigue, and adaptation.

• Myasthenia gravisNarrower topic: The disorder's hallmark weakness affects skeletal muscles rather than cardiac muscle.

• Prehensile tailRelated: Its contraction bends the tail and maintains a hold on a branch or object.

• RhabdomyolysisNarrower topic: Rhabdomyolysis specifically involves injury and breakdown of skeletal muscle.

• WalkingRelated: Alternating muscle contractions move the legs and steady the body.

• Adipose tissueCompared with: Unlike adipose tissue, it specializes in force generation rather than lipid storage.

• DiaphragmNarrower topic: The diaphragm is skeletal muscle, despite working automatically during ordinary breathing.

• MeatBroader topic: Most meat is skeletal muscle, whose fibers and connective tissue shape texture.

• Cardiac muscleCompared with: Unlike cardiac muscle, skeletal muscle fibers are long, multinucleated cells under voluntary control.

• EsophagusRelated: The upper esophagus uses skeletal muscle to continue swallowing from the throat.

• Malignant hyperthermiaNarrower topic: The disorder's uncontrolled metabolism occurs primarily in this muscle tissue.

• Motor unitNarrower topic: Motor units organize the neural control of this muscle tissue.

• Muscle toneNarrower topic: Its fibers and connective tissues provide the structures whose passive resistance is felt.

• RunningNarrower topic: Its contractions generate the forces that move the limbs and propel the body.

• Human anatomyBroader topic: Its attachments reveal how muscles relate to bones and joints.

• GlycogenolysisRelated: Muscle glycogenolysis supplies glucose-derived fuel for contraction.

• Muscle spindleNarrower topic: Spindles are embedded among the force-producing fibers of skeletal muscle.

• SarcomereNarrower topic: Skeletal muscle fibers contain long, repeating arrays of sarcomeres.

• Snake locomotionNarrower topic: Snake gaits rely on precisely timed contractions of muscles attached along the body.

• Cori cycleRelated: Active skeletal muscle is a major source of the lactate carried through the cycle.

• Intramuscular injectionNarrower topic: Its tissue is the intended destination for the injected medicine.

• MesodermBroader topic: Most skeletal muscle develops from mesodermal progenitors in somites.

• Resting membrane potentialBroader topic: Its muscle fibers maintain resting voltage before electrical excitation triggers contraction.

• Vascular smooth muscleCompared with: Its voluntary, sarcomere-based contractions contrast with vascular smooth muscle’s involuntary regulation.

• Excitation-contraction couplingBroader topic: Its coupling uses mechanical communication between voltage sensors and calcium-release channels.

• Muscle hypertrophyNarrower topic: Hypertrophy is most often discussed as growth in this muscle tissue.

• Powered flightRelated: Flight muscles power wing motion, either directly or through elastic structures.

• Grip strengthNarrower topic: Grip force ultimately comes from skeletal-muscle contraction.

• Muscle biopsyNarrower topic: Muscle biopsy samples this tissue type for structural and laboratory study.

• Somatic nervous systemRelated: It is the somatic motor system’s principal effector tissue.

• ThermogenesisRelated: Its contractions generate heat both during shivering and ordinary activity.

• TongueNarrower topic: The tongue’s muscle fibers are skeletal muscle, arranged in an unusually mobile organ.

• Sarcoplasmic reticulumCompared with: Its reticulum releases calcium chiefly in response to voltage-sensing T-tubule proteins.

• FasciaCompared with: Muscle generates active force, while fascia surrounds and connects muscle structures.

• ShiveringNarrower topic: Shivering consists of repeated contractions in skeletal muscles.

• Congenital myopathyNarrower topic: Congenital myopathies primarily disrupt this tissue.

• JumpingNarrower topic: Its contractions generate the forces used to push against the ground.

• Statin-associated muscle symptomsRelated: It is the tissue most directly implicated in the symptoms.

• HindlimbNarrower topic: Hindlimb muscles generate the forces that move its bones.

• MyopathyNarrower topic: Most myopathies primarily impair this muscle type, producing weakness during movement.

• MuscleBroader topic: It is the muscle type most directly responsible for deliberate body movement.

• SteakNarrower topic: Steak consists largely of muscle fibers whose structure shapes its bite.

• Tendon ruptureRelated: A ruptured tendon interrupts the force generated by its attached muscle.

• ForelimbNarrower topic: Forelimb muscles generate movement by pulling on bones across its joints.