'Nervous system control' diaporamas de présentation

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Traumatic Spinal Cord Injury

Traumatic Spinal Cord Injury. Marnie Quick, RN, MSN, CNRN. A. Pathophysiology/etiology Normal spinal cord as it relates to SCI. Spinal cord begins at the foramen magnum in the cranium Cord ends at the L1-L2 vertebra level Spinal nerves continue to the last sacral vertebra.

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Endocrine System Hormones (Ch. 45)

Endocrine System Hormones (Ch. 45). Regulation. Why are hormones needed? chemical messages from one body part to another communication needed to coordinate whole body daily homeostasis & regulation of large scale changes solute levels in blood glucose, Ca ++ , salts, etc. metabolism

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Respiratory System

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Pharmacology and Physiology, Pharmacology Lectures BIOL243 / BMSC 213

Pharmacology and Physiology, Pharmacology Lectures BIOL243 / BMSC 213. Dr Paul Teesdale-Spittle School of Biological Sciences KK713 Phone 6094. Case Study: Adrenoceptor agonists and antagonists and control of cardiac function Adrenoceptors

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Control of Heart Rate

Control of Heart Rate . IB Topic 6.2 . Your Heart is a Muscle . Cardiac muscle Spontaneously contracts and relaxes without nervous system control Two atria Relatively thin walls; receives blood Two ventricles Relatively thick walls; pumps blood

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Knowing About Joint Pain

This proprioceptive deficit then causes decreased neuromuscular control. That means that your body has a decreased ability to properly control your muscles. It is called decreased "neuromuscular" control because the nervous system deficit means that the brain and body aren't properly communicating and that perfect control of your muscles you usually have is lost. Your brain and the nerves in your joint just can't get the messages across with 100% accuracy if there is an injury to the joint.

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