important to mention the Neuron as carrier impulses from the CNS to the periphery‚ the peripheral nerves in turn have the funsion to carry messages from one part of the organism to another‚ so we can understand the action of these drugs. They act in the prevention‚ generation and propagation of the nervous impulse. Acting on the blocking of the depolarization initiation‚ allowing Na + to enter the nerve cell from rest to the trigger threshold (- 50a - 60 mV) would consequently impede the initiation
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“Heat Conduction” Introduction Thermal conduction is a mode of heat or energy transfer that occurs in a solid or fluid due to the presence of temperature gradient. It is the transfer of energy from the more energetic particles to the adjacent less energetic particles in the form of interactions between the particles. Simply put‚ it is defined as heat transferred by molecules that travel a very short distance before colliding with another molecule and exchanging energy. Theory There are
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History of Amyotrophic Lateral Sclerosis. Amyotrophic Lateral Sclerosis ( Greek origin "A" means know‚ "Myo" refers to muscle‚ "Trophic" means nourishment ["No muscle nourishment"] with abbreviation of ALS) is a disease that effects the nervous and muscular system of the body. It was first studied in 1869 by Jean- Martin Charcot who was a French neurologist. In 1939 it gained international and national attention thanks to a man named Lou Gehrig. Gehrig was a baseball player for the New Year Yankees
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3 parts of a nerve cell a. Dendrites b. Cell Body c. Axon 2. Types of nerves: a. Afferent Neurons=sensory‚ conduct impulses TO the brain b. Efferent Neurons=motor‚ conduct impulses AWAY from the brain c. Interneurons 3. Types of Cells in the CNS: a. Astrocytes b. Microglia c. Oligodendrocytes-form myelin sheath of CNS d. Schwann Cells-form myelin sheath of PNS 4. White matter vs. Gray matter 5. Myelin and its function 6. Nodes of Ranvier 7. Ganglion-clump of nerve cell bodies in
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A TECHNICAL PRESENTATION ON TRANSPARENT ELECTRONICS Presented by Y.RAJESH A.LALITHA 3rd ECE 3rd ECE 09MG1A0451 09MG1A0401 Rajeshyandrathi451@gmail.com lalliatluri@gmail.com Ph no: 9494248468
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NPB 101L Final Exam Review Lab 2 – Skeletal Muscle 1. Describe basic setup a. What was manipulated? Intensity‚ frequency b. What was measured? Twitch tensions c. What concepts were investigated? i. Frog‚ sciatic nerve‚ gastroc‚ d. What was investigated? i. Effects of stimulus frequency and intensity on contraction-the more intensity‚ the higher the twitch tension. The more freq- the more twitch tension (By ~4.0pps we start to see summation of the twitches and by ~15pps we see no single twitches
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| Deficiency | In Abundance | Vitamin A | Liver ‚cod liver oil‚ carrots‚ spinach‚ sweet potatoes‚ peaches and cantaloupe. | * Growth and maintenance of epithelial tissue including the cornea‚ membranes of gastrointestinal tract and skin. * Nerve formation and function | Fat Soluble | In children‚ growth retardation‚ and impaired bone formation. Fetal malformations. | Fetal malformations | Vitamin B2 | Beef‚ liver‚ lean meat‚ kidney‚ non-fat milk‚ oysters‚ dark green leafy vegetables‚ |
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Pain and discomfort of the shoulder and entire upper extremity is a significant problem for many people and it can be attributed to a wide variety of causes1. The focus of this paper is to discuss the cause‚ symptoms‚ diagnoses‚ treatment and management of thoracic outlet syndrome (TOS). TOS is caused by a neurovascular compression event that can elicit pain‚ paraesthesia or discomfort in areas varying from the chest to the fingertips2‚3. The ‘thoracic outlet’ is composed of three confined spaces
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Activity 1 Pre-Lab Quiz K+ inside a cell = 150 mM; K+ outside a cell = 5 mM Na+ inside a cell = 5 mM; Na+ outside a cell = 150 mM Stop & Think question What is the polarity of the resting membrane potential (voltage)? Negative What does it mean that the voltage just inside the membrane is negative? B Membrane of most cells contains K+ leak channels…..b What will happen to the resting membrane potential if the extracellular K+ concentration is increase? Less negative What happens
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the fluid speed on the heat transfer by convection. Introduction: Heat transfer by convection is one of three heat transfer methods which are conduction‚ radiation and convection. Convection is form of energy transfer between a solid surface and the adjacent fluid. It engrosses the mixed effect of the fluid velocity and conduction. The fluid velocity and the surface area effect are both proportional with the rate of heat transfer. Theory: Heat transfer due to convection is expressed by Newton’s
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