transduction
The thalamus acts as a relay center for visual and auditory impulses by receiving sensory information from the eyes and ears and then transmitting it to the appropriate areas of the brain for further processing.
Polymerization is the chemical process that links monomers together to form larger macromolecules called polymers. This process can be initiated by various methods, including heat, radiation, or the use of catalysts.
The Nervous System
The Cranium, otherwise known as the skull. In Related Links, you'll find a diagram showing the individual bones of the cranium.
Endocrine glands
Interneurons are the neurons that make up the central nervous system (the brain and spinal cord). They internally communicate between the input from sensory neurons and our physical reaction triggered by the motor neurons.
Links That Stimulates sensory nerves to motor nerves
Interneurons, which make sense--they're the intermediaries. Many interneurons can send simultaneous messages to the brain and motor neurons--this is called a reflex arc.This is the interneuron. It is in the spinal cord. They act as a "go between" the sensory neuron and the motor neuron. They also send information to the brain so that the brain is aware.Reflex arcs do NOT have these interneurons.
Interneurones.
The structure that links sensation with emotion and plays a role in the brain's processing and response is the limbic system. It includes structures like the amygdala, hippocampus, and hypothalamus, which are involved in emotional responses, memory formation, and regulating physiological functions. The limbic system helps to integrate sensory information with emotional experiences.
interneuron
interneuron
ASSOCIATION NERVES links the sensory to the motor nerves
interneuron
The spinal cord is a bundle of nerves that links the peripheral nervous system to the brain
your spine and skeletal system sends messages that you are in pain when your bones break. your eyes send messages about what you are seeing your fingers, arms, and every other part of your body responds to what you are touching and also sends messages to your brain to stimulate responses in whether it is a good or bad pain.
Sound is converted into words through a complex process involving the brain, ears, and vocal cords. When we hear sound waves, the brain interprets and processes them in the auditory cortex. Subsequently, the brain links specific sounds to language and translates them into meaningful words based on learned associations. This process allows us to understand and produce spoken language.