Motor coordination is the orchestrated movement of multiple body parts as required to accomplish intended actions, like walking.
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Motor coordination is the orchestrated movement of multiple body parts as required to accomplish intended actions, like walking.
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Complexity of motor Mind-body coordination goes unnoticed in everyday tasks, such as in the task of picking up and pouring a bottle of water into a glass.
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Additional levels of Mind-body coordination are required depending on if the person intends to drink from the glass, give it to someone else, or simply put it on a table.
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Inter-limb Mind-body coordination is concerned about how movements are coordinated across limbs.
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In walking for instance, inter-limb Mind-body coordination refers to the spatiotemporal patterns associated with the movement of the legs.
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Prior work in vertebrates showed that distinct inter-limb Mind-body coordination patterns, called gaits, occur at different walking speed ranges as to minimize the cost of transport.
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Several studies have proposed that inter-limb Mind-body coordination can be modeled by coupled phase oscillators, a key component of a central pattern generator control architecture.
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Intra-limb Mind-body coordination involves orchestrating the movement of the limb segments that make up a single limb.
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Alternatively, intra-limb Mind-body coordination can be accomplished by just controlling the trajectory of an end-effector, such as a hand.
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Eye–hand Mind-body coordination is associated with how eye movements are coordinated with and influence hand movements.
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