Cross arms of the myosin monomer consists of
a)
Outward projection of G-actin filament
b)
Outward projection of the head region of meromyosin
c)
Outward projection of the tail region of meromyosin
d)
Both (b) and (c)
Cross arms of the myosin monomer consists of
a)
Outward projection of G-actin filament
b)
Outward projection of the head region of meromyosin
c)
Outward projection of the tail region of meromyosin
d)
Both (b) and (c)
Question ID - 4683 | SaraNextGen Top Answer
Cross arms of the myosin monomer consists of
a)
Outward projection of G-actin filament
b)
Outward projection of the head region of meromyosin
c)
Outward projection of the tail region of meromyosin
d)
Both (b) and (c)
|
Cross arms of the myosin monomer consists of |
|
|
a) |
Outward projection of G-actin filament |
|
b) |
Outward projection of the head region of meromyosin |
|
c) |
Outward projection of the tail region of meromyosin |
|
d) |
Both (b) and (c) |
(b)
The contraction of skeletal muscle includes ultrastructural and biochemical events. Ultrastructural events leads with stimuli excitation of T-system followed by crossbridge formation (myosin and actin filaments involved) and the cross bridge breakage. The biochemical events explain that stimuti leads to neurotransmitter secretion, excitation of T-system and release of 