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Physiology V: Motor Units, Muscle Spindles, Golgi Tendon Organs and Joint Receptors

Matthew Coulson 15 Fragen

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Fragen in diesem Quiz (15)

  1. 1When do motor neurons switch from being upper motor neurons to lower motor neurons?
    1. AAs they pass the C1 vertebrae
    2. BAt the Dorsal Horn of the spinal cord
    3. CAt the Ventral Horn of the spinal cord
  2. 2Which type of motor neurons innervate the bulk of fibres within a muscle responsible for contractile force?
    1. AAlpha Motor Neurons
    2. BDelta Motor Neurons
    3. CGamma Motor Neurons
  3. 3Which type of motor neuron innervates a sensory organ within the muscle responsible for reacting to muscle stretch?
    1. AAlpha Motor Neuron
    2. BDelta Motor Neuron
    3. CGamma Motor Neuron
  4. 4The sensory organ within a muscle that detects changes to muscle length and responds to stretch is called the muscle [blank_start]spindle[blank_end]
    1. Aspindle
  5. 5Muscles that work together to perform a function are called ...
    E.g. Biceps brachii and brachialis working together to perform flexion of the forearm
    1. ASynergistic Muscles
    2. BSynchronous Muscles
    3. CSynovial Muscles
  6. 6An α-motor neuron and all of the skeletal muscle fibres that it innervates are collectively known as a [blank_start]motor unit[blank_end]
    1. Amotor unit
  7. 7The collection of α-motor neurons that innervate a muscle is called a motor neuron [blank_start]pool[blank_end]
    1. Apool
  8. 8A single action potential in an α-motor neuron causes a muscle fibre to '[blank_start]twitch[blank_end]'
    1. Atwitch
  9. 9Sustained contraction of a muscle due to action potentials being fired at a very high rate is known as [blank_start]tetanus[blank_end]
    1. Atetanus
  10. 10Match the skeletal muscle fibre type to its description:
    [blank_start]Type I Skeletal Muscle Fibre[blank_end]: ATP derived from oxidative phosphorylation. Slow contraction and relaxation. Fatigue Resistant.
    [blank_start]Type IIa Skeletal Muscle Fibre[blank_end]: ATP derived from oxidative phosphorylation. Fast contraction and relaxation. Fatigue Resistant.
    [blank_start]Type IIb Skeletal Muscle Fibre[blank_end]: ATP derived from glycolysis. Rapid contraction but not fatigue resistant.
    1. AType I Skeletal Muscle Fibre
    2. BType IIa Skeletal Muscle Fibre
    3. CType IIb Skeletal Muscle Fibre

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Beschreibung
Physiology 5 – Motor units, muscle spindles, Golgi tendon organs and joint receptors given on 5/9/2018
Sprache
English
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