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Most autoimmune diseases ... tendon weaknesscauseskeletal muscle fiber tissue changes
the only delivery techniqueresultedin significant transduction of skeletal muscle fibers
temperature(passive) is influenced byOxidant activity in skeletal muscle fibers
in this casecausinga collection of skeletal muscle fibers
temperature , CO2 level , and muscle - derived nitric oxide(passive) is influenced byOxidant activity in skeletal muscle fibers
eccentric ( lengthening ) exercisecausesmicrotrauma to the muscle fibres
Anoxia ( lack of oxygen to the musclescausesdegeneration of muscle fibres
degenerative processesoriginatingwithin the skeletal muscle fibers
ATPresultsin degradation of skeletal muscle fibers
in turncausesphosphorylation of smooth muscle fibers
neurotransmitters binding to the postsynaptic membrane in the neuromuscular junction(passive) caused bydepolarization of skeletal muscle fibers
by neurotransmitters binding to the postsynaptic membrane in the neuromuscular junction(passive) caused bydepolarization of skeletal muscle fibers
the body wall or mantlecomposedof connective tissue , muscle fibres
Muscle Abnormalitiescausedegeneration of skeletal muscle fibers
Na channelwill causedepolarization of skeletal muscle fibers and
a potentially life - threatening syndromeresultingfrom the breakdown of skeletal muscle fibers
a primary eventleadingto the degeneration of skeletal muscle fibers
The alpha motor neuronscausecontraction of extrafusal skeletal muscle fibers
Calciumcausescontraction in skeletal muscle fibers
The therapycan causehypertrophy of skeletal muscle fibers
Heatcausescoiled proteins in the muscle fibers
eccentric lengthening exercisecausesmicrotrauma to the muscle fibers
onset muscle soreness ( DOMS ) , ( lengthening ) exercisecausesmicrotrauma to the muscle fibers
Mechanical stress ... resistance trainingcausemicrotrauma to muscle fibers
A reduction in typecontributesI skeletal muscle fibers
an injurycausedto the fibers of skeletal muscle
by infection(passive) caused byskeletal muscle fibers
the myofibrilscomposeskeletal muscle fibers
of myofibrils(passive) are composedSkeletal muscle fibers
by neurotransmitters binding to the(passive) caused byskeletal muscle fibers
by clenbuterol(passive) caused byskeletal muscle fibers
by acetylcholine(passive) caused bya skeletal muscle fiber
of long cylindrical cells called muscle fibers(passive) is composedFibers Skeletal muscle
this model ... the heartcausesthickening of muscle fibers
by neurotransmitters binding to the postsynaptic membrane in the neuromuscular junction(passive) caused byskeletal muscle fibers
neurotransmitters binding to the postsynaptic membrane in the neuromuscular junction(passive) caused byskeletal muscle fibers
of repeating structural units called sarcomeres(passive) are composedskeletal muscle fibers
by clenbuterol , a 2-receptor agonist(passive) caused byskeletal muscle fibers
by clenbuterol , a beta 2-receptor agonist(passive) caused byskeletal muscle fibers
clenbuterol , a beta 2-receptor agonist(passive) caused byskeletal muscle fibers
to bigger and stronger muscles once patched back up via recoveryleadsto bigger and stronger muscles once patched back up via recovery
in the release of muscle fiber contents ( myoglobin ) into the bloodstreamresultsin the release of muscle fiber contents ( myoglobin ) into the bloodstream
in the release of muscle fiber contents [ myoglobin ] into the bloodstreamresultingin the release of muscle fiber contents [ myoglobin ] into the bloodstream
to the release of muscle fiber contents ( myoglobin ) into the bloodstreamleadsto the release of muscle fiber contents ( myoglobin ) into the bloodstream
in the release of muscle fiber contents into the bloodstreamresultsin the release of muscle fiber contents into the bloodstream
to the release of muscle fiber contents ( myoglobin ) into the bloodstreamleadsto the release of muscle fiber contents ( myoglobin ) into the bloodstream
the release of the muscle fiber content into the blood stream , where it causes severe kidney damagecausesthe release of the muscle fiber content into the blood stream , where it causes severe kidney damage
in the release of muscle fiber contents ( myoglobin ) into the bloodstreamresultin the release of muscle fiber contents ( myoglobin ) into the bloodstream
to the release of muscle fiber contents ( myoglobin ) into the bloodstreamleadsto the release of muscle fiber contents ( myoglobin ) into the bloodstream
to the release of muscle fiber contents , or myoglobin , into the bloodstreamleadsto the release of muscle fiber contents , or myoglobin , into the bloodstream
in the release of muscle fiber contents into the bloodstreamresultsin the release of muscle fiber contents into the bloodstream
to leakageleadsto leakage
contraction of the muscle which results in movementcausescontraction of the muscle which results in movement
in dispersed synaptic AchR clustersresultedin dispersed synaptic AchR clusters
in the release of myoglobin - a muscle protein into the bloodstreamresultsin the release of myoglobin - a muscle protein into the bloodstream
in the release of potassium into the bloodstreamresultsin the release of potassium into the bloodstream
release of the muscle protein myoglobin into the bloodcausesrelease of the muscle protein myoglobin into the blood
in the release of muscle fibercausesin the release of muscle fiber
the release of the muscle fiber content into the blood stream , where it causes severe kidney damagecausesthe release of the muscle fiber content into the blood stream , where it causes severe kidney damage
in dispersed synaptic AchR clusters and impaired neuromuscular transmissionresultedin dispersed synaptic AchR clusters and impaired neuromuscular transmission
to the release of myoglobin into the bloodstreamleadsto the release of myoglobin into the bloodstream
to the release of myoglobin into the bloodleadsto the release of myoglobin into the blood
the release of myoglobin into the blood streamcausesthe release of myoglobin into the blood stream
the release of calcium ions ( Ca2causesthe release of calcium ions ( Ca2
to kidney damagecan leadto kidney damage
an increased Ca2 + currentcausesan increased Ca2 + current
Type I ( or(passive) are designedType I ( or
signals to be transmitted to the spinal cordcausingsignals to be transmitted to the spinal cord
Skeletal muscles(passive) are composedSkeletal muscles
in the release of potassium into the bloodstreamresultsin the release of potassium into the bloodstream
movementcausingmovement
a complex condition(passive) caused bya complex condition
Myotonia(passive) is caused byMyotonia
inability of musclecausesinability of muscle
* Muscle tissue(passive) is composed * Muscle tissue
progressive weakness(passive) caused byprogressive weakness
inability of muscle to contract and relax so that elevation of lid to its normal level in primary gaze and relaxation restriction results in lid lag on looking downcausesinability of muscle to contract and relax so that elevation of lid to its normal level in primary gaze and relaxation restriction results in lid lag on looking down
to repeated or prolonged pressure buildup on the nerveleadsto repeated or prolonged pressure buildup on the nerve
to repeated or prolonged pressure buildup on the nerveleadsto repeated or prolonged pressure buildup on the nerve
in diseaseresultingin disease