A technique for electromyographic assessment of deep neck muscle activity.
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Child↗
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Results for “Neck Muscles”
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Integration of afferent inputs from neck muscles and macular labyrinthine receptors within the lateral reticular nucleus.
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Afferent Pathways↗
[Further histochemical studies on the neck muscles of Gallus gallus at hatching].
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Animals↗
[Development of neck muscles in mouse embryos under electron microscopy].
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Acetylcholinesterase↗
Proceedings: Electromyographic recordings of shoulder and neck muscles of seated subjects exposed to vertical vibrations.
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Electromyography↗
The role of the neck muscles in moving the head of the locust in different directions in response to striped patterns.
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Animals↗
An electromyographic investigation of the neck muscles in headache.
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Adolescent↗
[Behavior of macular localization reactions in an involved system of tension of eye and neck muscles in the course of human development].
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Adolescent↗
[Anatomical studies on the neck muscles of crab-eating macaques].
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Animals↗
Neck muscle proprioceptors and a role of the cerebral cortex in postural reflexes in subprimates.
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Action Potentials↗
[Recording of bioelectric activity of neck muscles during voluntary relaxation. Surface electrode study].
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Action Potentials↗
[Tenderness of the neck muscles in traumatic cranio-cervical syndrome].
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Accidents, Traffic↗
Some effects on vestibulo-spinal outflow at lumbosacral levels from neck muscle afferents.
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Animals↗
Physiological characteristics of neck muscle receptors in the cat [proceedings].
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Animals↗
The function of certain neck muscles in different positions of the head with and without loading of the cervical spine.
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Cervical Vertebrae↗
Responses of cerebellar fastigal neurons to afferent inputs from neck muscles and macular labyrinthine receptors.
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Animals↗
Football, neck muscles and head impact.
Any blow to the head may be injurious because it is the manner of response to the blow rather than the blow itself that produces the injury potential. Impacts to inanimate objects or to the heads of anesthetized animals produce data that are simplified by the fact that the involved mass is a constant, and the contact time is consistently negligible. On the football field, all the muscles in the body of the player are tensed at the snap of the ball, and the involved mass varies widely during the resulting prolonged contact time. This causes variable accelerations, variable forces and variable velocity changes as well as a varying mass which can only be measured, therefore, according to the impulse momentum theorem, Ft = deltaMV.
Athletic Injuries↗