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Biological Foundations of BX

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Nervous System   refers to body's electrochemical communication system  
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Neuron/Nerve Cell   basic unit of nervous system  
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Neuroscience   mult-disciplinary study of the nervous system(biology and etc)  
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Nervous system characteristics; complexity   brain composed of billion of nerve cells  
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Integation   brain coordinates & integrates information from many sources  
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Adaptability   brain is capable of change  
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Electrochemical Transmission   brain uses electrical & chemical communication  
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Pathways in the Nervous System/ Afferent Nerves   recieve incomeing/senory information from the body(approach brain)(enter)  
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Efferent Nerves   send motor commands from brain to muscles and body(exit the brain)  
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Neural Networks   integrate sensory input & motor output  
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Central Nervous System   brain & spinal cord (central)  
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Peripheral Nervous System (side)   PNS carries messages to & from CNS & the organs, glands, & skeletal muscles  
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Somatic Nervous System   carries senory information to the CNS & motor information from the CNS to skeletal muscles  
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Autonomic Nervous System   carries info to & from CNS to body's organs & glands  
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Sympathetic   nervous system(arousing)(sensative)  
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Parasympathetic   calms the body  
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Neuron   basic unit to the nervous system that serves to process info  
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Glial Cells   provides support & nutritional benefit(feeds cells)  
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Parts of a basic cell;soma/cell body   contains nucleus  
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Dendrite   recieves info & channels it toward cell body  
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Axon   carries electrical info away from cell to other cells  
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Myelin Sheath   insulation that helps message travel faster; implicated in Multipe Sclerosis  
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Communitcation in the Cell; Resting Potential   is the difference in voltage between the inside & outside of axon membrane; NA+ions are in high concentration outside of cell wall, while K+ions are in high concentration inside the cell  
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Resting Potential part B   at rest, some K+ions can leave the cell causing the exterior of the nerve cell membrane to be slightly positive relative to the inside of the axon  
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Action Potiential   NA+gates at base of neuron open; NA+ rushes into neuron, temporarily altering charges present at membrane; the charge on K+ion cause next gate to open; gates open & close sequentially down the length of the axon  
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Action Potiential part B   when the gate closes, K+ions flow out of the neuron to re-establish resting potiential  
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All or None Principle   when electical impulse is released, it travels down the axon at the same speed(resulting in neurotransmisson)  
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