During muscle contraction,$ATP$ provides energy for

  • A
    Cross-bridge detachment
  • B
    Building up action potential
  • C
    Releasing $Ca^{2+}$ from sarcoplasmic reticulum
  • D
    Cross-bridge attachment of myosin to actin

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Similar Questions

It is known that red muscle fibres in animals can work for longer periods of time continuously. How is this possible?

An individual sarcomere of a myofibril consists of:

$A$ collagenous connective tissue layer holds the muscle bundles together.

Endomysium is present in which of the following muscles?

Arrange the following steps of muscle contraction in the sequence of events occurring first:
$I.$ Receptor sites on sarcolemma
$II.$ Nerve impulse
$III.$ Release of $Ca^{2+}$
$IV.$ Acetylcholine release
$V.$ Shortening of sarcomere
$VI.$ Synaptic cleft
$VII.$ Spread of impulse over sarcolemma on $T$-tubule
The correct option is:

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