Nervous System Flashcards
Insulating barrier around axons
Schwann Cells
Immune defense for neurons
Protective Microglial Cells
Sympathetic Division
Involuntary, the body becomes more active because of a stimuli
Division that picks up stimuli and sends the impulses to the brain
Sensory Division
Main types of neurons in the nervous system
Sensory neurons, motor neurons, interneurons
Integration
Analyzing sensory inputs and sending it to brain
Sensory Division
Picks up stimuli and sends the impulses to the brain
Oligodendrocytes
Glial cells that wrap around neurons and are a insulating barrier
Body becomes less active in response to a stimuli
Parasympathetic Division
Physical reaction to stimuli
Motor Output
Motor Division
Carries out instructions from the brain
Motor Neurons
Transmit messages from the CNS
Sensory Neurons
Picks up messages and transmit impulses based on that message to the CNS
Picks up messages and transmit impulses based on that message to the CNS
Sensory Neurons
Schwann Cells
Insulating barrier around axons
Sensory Input
Inputs like senses like touch, smell, taste, etc.
Fight or flight
Example of sympathetic division
Glial cells that govern the exchange of material between neurons
Astrocytes
Example of sympathetic division
Fight or flight
Astrocytes, protective microglial cells, ependymal cells, oligodendrocytes
Types of CNS Glial Cells
Inputs like senses like touch, smell, taste, etc.
Sensory Input
Sensory division, motor division, sympathetic division, parasympathetic division
Divisions of Peripheral Nervous System
Motor Output
Physical reaction to stimuli
PNS Glial cells that protect neurons
Satellite Cells
Divisions of Peripheral Nervous System
Sensory division, motor division, sympathetic division, parasympathetic division
The neurons in the CNS, most abundant
Astrocytes
Glial cells that govern the exchange of material between neurons
PNS Glial Cells
Satellite cells and Schwann Cells
Types of CNS Glial Cells
Astrocytes, protective microglial cells, ependymal cells, oligodendrocytes
Involuntary, the body becomes more active because of a stimuli
Sympathetic Division
Analyzing sensory inputs and sending it to brain
Integration
Glial cells that line cavities in your brain and spinal cord and create cerebrospinal fluid
Ependymal Cells
Interneurons
The neurons in the CNS, most abundant
Ependymal Cells
Glial cells that line cavities in your brain and spinal cord and create cerebrospinal fluid
Glial cells that wrap around neurons and are a insulating barrier
Oligodendrocytes
Parasympathetic Divison
Body becomes less active in response to a stimuli
Satellite Cells
PNS Glial cells that protect neurons
Satellite cells and Schwann Cells
PNS Glial Cells
Transmit messages from the CNS
Motor Neurons
Carries out instructions from the brain
Motor Division
Protective Microglial Cells
Immune defense for neurons