Transduction refers to the transformation of environmental energy into electrical energy in senses study. For example, the retinal receptors transduce light energy into electrical energy.

Moreover, Transduction is the process that takes place at the level of the receptors where chemical, mechanical, or thermal energy is converted in electrochemical nerve impulses. Tranduction is derived from Latin transducere, meaning "to lead across." An environmental stimulus activates a specific receptor cell, and this energy is transduced into an electrical stimulus, which is then carried to neurons to be processed by the brain.

List of books: Transduction

Related Articles

Isomerization at■■■■■■■■
Isomerization: Isomerization refers to a change in shape of the retinal part of the visual pigment molecule . . . Read More
photopigments at■■■■■■■
photopigments: Photopigment is a chemical that releases energy when struck by light Moreover, Photopigments . . . Read More
Sensory reception at■■■■■■■
Sensory reception: Sensory reception is a kind of perception that occurs through a process known as transduction . . . Read More
Cochlear implant at■■■■■■■
Cochlear implant: Cochlear implant refers to a device in which electrodes are inserted into the Cochlea . . . Read More
Neurotransmitter at■■■■■■■
. . . Read More
Hair cell at■■■■■■■
Hair cell: Hair cell refers to type of sensory receptor shaped like a hair; receptor cells within the . . . Read More
Nociception at■■■■■■
Nociception: Nociception is the perception of pain; the activation of specialized nerve fibers that signal . . . Read More
Receptors at■■■■■■
Receptors: Receptors refer to the binding site of neurotransmitter molecules; much like a key fits a . . . Read More
Nervous system at■■■■■■
Nervous system: Nervous system refers to the sensory and control apparatus consisting of a network of . . . Read More
Bell-Magendie law at■■■■■■
Bell-Magendie law: Bell-Magendie law refers to the observation that the dorsal roots of the spinal cord . . . Read More