Myosin II binding to and subsequent dissociation from actin in muscle contraction is due to
A) conformational change in the myosin head
B) ATP hydrolysis followed by release of phosphate within the myosin head
C) ATP hydrolysis followed by release of phosphate within the myosin tail
D) ATP hydrolysis followed by release of phosphate within the actin binding site
E) Both A and B are correct
Correct Answer:
Verified
Q28: Although not completely understood, Myosin II's light
Q29: Myosin II's coiled-coil domain
A) makes up the
Q30: Like other guanine nucleotide regulatory proteins, myosin
Q31: Calcium must be present for muscle contraction
Q32: Rigor mortis upon death is due to
A)
Q34: The actual movement of myosin II along
Q35: Apparently calcium plays a role in myosin
Q36: Similarities between myosin II and myosin V
Q37: Kinesins differ from myosin V in that
A)
Q38: Picturing kinesins "walking" along a microtubule, its
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