As Calcium binds to troponin, the troponin tropomyosin complex is moved exposing the on the actin proteins. state with ATP and inorganic phosphate The myosin (in cocked position) remains in attached to it. Myosin binds to a process called attachment or cross bridge formation. Myosin molecules contraction of the resulting in bringing the thin filaments closer to the ATP comes in and binds to myosin and helps it to from actin. Myosin heads go back to its cocked position by. of ATP.
As Calcium binds to troponin, the troponin tropomyosin complex is moved exposing the on the actin proteins. state with ATP and inorganic phosphate The myosin (in cocked position) remains in attached to it. Myosin binds to a process called attachment or cross bridge formation. Myosin molecules contraction of the resulting in bringing the thin filaments closer to the ATP comes in and binds to myosin and helps it to from actin. Myosin heads go back to its cocked position by. of ATP.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Transcribed Image Text:As Calcium binds to troponin, the troponin tropomyosin complex is moved exposing the
on the actin proteins.
state with ATP and inorganic phosphate
The myosin (in cocked position) remains in
attached to it.
Myosin binds to
a process called attachment or cross bridge formation.
Myosin molecules
contraction of the
bringing the thin filaments closer to the
resulting in
ATP comes in and binds to myosin and helps it to
from actin.
Myosin heads go back to its cocked position by
of ATP.
Expert Solution

Introduction
Muscle contraction takes place upon stimulation. Contraction of a muscle is a mechanical process. During muscle contraction, there are several changes occurring in the muscle. Sliding theory or Ratchet theory or walk-along theory explains how actin filaments slide over the myosin filaments to bring about muscle contraction.
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