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Peripheral Nervous System 1: The Somatic System
Peripheral Nervous System 1: The Somatic System

... CNS vs. PNS Central Nervous System • brain & spinal cord • integration of info passing to & from the periphery Peripheral Nervous System • 12 cranial nerves • 31 pairs of spinal nerves • Naming convention changes at C7/T1 Collection of nerve cell bodies: • CNS: nucleus • PNS: ganglion ...
Peripheral Nervous System 1: The Somatic System
Peripheral Nervous System 1: The Somatic System

... CNS vs. PNS Central Nervous System • brain & spinal cord • integration of info passing to & from the periphery Peripheral Nervous System • 12 cranial nerves • 31 pairs of spinal nerves • Naming convention changes at C7/T1 Collection of nerve cell bodies: • CNS: nucleus • PNS: ganglion ...
This is the only tug your heart should feel
This is the only tug your heart should feel

... patient reported a worsening of the symptoms in his right arm, with lancinating pain, sensory loss, weakness, and severe functional deficit. Neurologic examination disclosed weakened muscles innervated by both the right median and radial nerves, with sensory loss in the areas of these nerves. Electr ...
PPT - Ohio University
PPT - Ohio University

... CNS vs. PNS Central Nervous System • brain & spinal cord • integration of info passing to & from the periphery Peripheral Nervous System • 12 cranial nerves • 31 pairs of spinal nerves • Naming convention changes at C7/T1 Collection of nerve cell bodies: • CNS: nucleus • PNS: ganglion ...
nerve - Ohio University
nerve - Ohio University

... CNS vs. PNS Central Nervous System • brain & spinal cord • integration of info passing to & from the periphery Peripheral Nervous System • 12 cranial nerves • 31 pairs of spinal nerves • Naming convention changes at C7/T1 Collection of nerve cell bodies: • CNS: nucleus • PNS: ganglion ...
Peripheral Nervous System 1: The Somatic System
Peripheral Nervous System 1: The Somatic System

... CNS vs. PNS Central Nervous System • brain & spinal cord • integration of info passing to & from the periphery Peripheral Nervous System • 12 cranial nerves • 31 pairs of spinal nerves • Naming convention changes at C7/T1 Collection of nerve cell bodies: • CNS: nucleus • PNS: ganglion ...
Biology 231
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PowerPoint to accompany Hole`s Human Anatomy and Physiology

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... Surgery was performed under light urethane anesthesia (1.2 g/ kg body weight, given intraperitoneally in 0.5 g/ml solution). The animal was tracheotomized and put in a stereotaxic frame in a prone position, with the incisor bar put 5 mm above the center of the ear bars. Craniotomy was made in the pa ...
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workbook - anglické gymnázium brno

... Gymnázium, Brno, Slovanské nám. 7, WORKBOOK - Biology Nervous System, Senses. Animal Behavior. Task No 1: Read the paragraphs in the boxes and look at the diagram. Then answer the questions. The nervous system gives directions to all the other systems in your body. It also gets information from you ...
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... Sensory maps in the colliculus • sensory neurons of the colliculus are organized in visuotopic, somatotopic, auditory maps – visual maps in superficial layers: nasal-temporal meridians (horizontal medians) run rostralcaudal, vertical meridians run medial-lateral; in deeper layers: similiarity of th ...
gustatory and olfactory senses
gustatory and olfactory senses

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Introduction to Sensory Systems

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BSCI338N, Spring 2013, Dr. Singer
BSCI338N, Spring 2013, Dr. Singer

... sciatic (L4-S2): flex knee (hamstrings), sensation on calf and top of foot tibial: plantar flexion, sensation on soles of feet; from sciatic peroneal: foot eversion, dorsiflexion, sensation on lateral shin and toes; from sciatic ...
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... mildly punished with an additional delay of 1.5 s to the next stimulus presentation. C, Single-cell stimulation trial. Top trace, and catch trial response rates refer to these inJuxtacellular recording of APs. Arrowheads mark stimulation onset and offset artifacts. Bottom trace, Current injection wa ...
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Central Control of Motor Function

... muscles) – pontine reticulospinal tract. • Medullary reticular nuclei – inhibit antigravity muscles – medullary reticulospinal tract. Pontine & medullary systems balance each other. • Vestibular nuclei – supplement the excitatory function of the pontine system by integrating vestibular information – ...
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... dermatomal segment below the level of the lesion. These sensations are carried by the lateral spinothalamic tract whose fibers originated on the side opposite the lesion but which crossed in the anterior white commissure.  Dorsal root afferents carrying pain and temperature synapse in the dorsal gr ...
9.14 Lecture 16: Descending Pathways and Evolution Notes
9.14 Lecture 16: Descending Pathways and Evolution Notes

... Why would diaschisis effects of lesions of one of the descending pathways in the study be greater in humans than in the monkeys? What are major manifestations of such effects? After recovery of spinal reflexes, the enduring effects ...
text
text

... cells in these ganglia project their axons back into the spinal nerves to innervate smooth muscle and glands at the periphery (Purves, Fig. 21.2). At sacral levels S2-S4- the intermediolateral cell column contains the preganglionic, parasympathetic neurons (Purves, Fig. 21.1). Neural pathways in th ...
Nervous System Mega Matching Table
Nervous System Mega Matching Table

... largest nerve of the body, originates in the sacral plexus last cranial nerve that innervates muscles of the tongue location of higher-level centers that help control breathing location of the cardiovascular control center location of the respiratory rhythmicity center long series of autonomic gangl ...
Chapter 10 Neurology
Chapter 10 Neurology

... a neurological test to detect poor balance. Specifically, it detects the inability to maintain a steady standing  posture with the eyes closed  pain, numbness, and prickling or tingling along a dermatome of a spinal nerve  cells that produce myelin that surrounds the larger axons of the neurons of c ...
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Evoked potential

An evoked potential or evoked response is an electrical potential recorded from the nervous system of a human or other animal following presentation of a stimulus, as distinct from spontaneous potentials as detected by electroencephalography (EEG), electromyography (EMG), or other electrophysiological recording method.Evoked potential amplitudes tend to be low, ranging from less than a microvolt to several microvolts, compared to tens of microvolts for EEG, millivolts for EMG, and often close to a volt for ECG. To resolve these low-amplitude potentials against the background of ongoing EEG, ECG, EMG, and other biological signals and ambient noise, signal averaging is usually required. The signal is time-locked to the stimulus and most of the noise occurs randomly, allowing the noise to be averaged out with averaging of repeated responses.Signals can be recorded from cerebral cortex, brain stem, spinal cord and peripheral nerves. Usually the term ""evoked potential"" is reserved for responses involving either recording from, or stimulation of, central nervous system structures. Thus evoked compound motor action potentials (CMAP) or sensory nerve action potentials (SNAP) as used in nerve conduction studies (NCS) are generally not thought of as evoked potentials, though they do meet the above definition.
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