Compare and Contrast the function of Central and Peripheral Nervous System, Sensory and Motor cortex, Sensory receptors, Parts of a Neuron and Sensory input of animals and humans.
The main difference between central and peripheral nervous system is that the central nervous system receives sensory information and the processed information is sent into effector organs as the response whereas the peripheral nervous system is involved in sending information to the central nervous system and sending ...
SENSORY AND MOTOR CORTEX,SENSORYRECEPTORS
The sensory cortex helps you process information that is picked up by your five senses. The motor cortex deals with your ability to move.
PARTS OF A NEURON
Nervous system cells are called neurons. They have three distinct parts, including a cell body, axon, and dendrites. These parts help them to send and receive chemical and electrical signals
SENSORY INPUT OF ANIMALS AND HUMANS
Some animals can detect forms of energy invisible to us, like magnetic and electrical fields. Others see light and hear sounds well outside the range of human perception. Scientists believe a light-detecting protein in the eye called cryptochrome functions as a magnetic field sensor
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CENTRAL AND PERIPHERAL NERVOUS SYSTEM
The main difference between central and peripheral nervous system is that the central nervous system receives sensory information and the processed information is sent into effector organs as the response whereas the peripheral nervous system is involved in sending information to the central nervous system and sending ...
SENSORY AND MOTOR CORTEX, SENSORY RECEPTORS
The sensory cortex helps you process information that is picked up by your five senses. The motor cortex deals with your ability to move.
PARTS OF A NEURON
Nervous system cells are called neurons. They have three distinct parts, including a cell body, axon, and dendrites. These parts help them to send and receive chemical and electrical signals
SENSORY INPUT OF ANIMALS AND HUMANS
Some animals can detect forms of energy invisible to us, like magnetic and electrical fields. Others see light and hear sounds well outside the range of human perception. Scientists believe a light-detecting protein in the eye called cryptochrome functions as a magnetic field sensor