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The name of the type of receptor that responds to changes in the concentration of chemicals is a chemoreceptor. These receptors are found in various parts of the body, such as the nose and taste buds, and they help detect and transmit signals related to smell and taste.
The reaction to a stimulus is called a response. An intensified stimulus usually evokes a more intense response. Of course the type of response to a stimulus depends on the nature of the stimulus. Scream at someone and they likely will feel verbally attacked. The screaming is the stimulus, feeling attacked is the response.
steroid stimulus
In a negative feedback loop, the output of the system decreases the intensity of the stimulus.
Sound. Sound is the vibration or movement of the air. The ear is sensitive to a range of approximately 3 and 12 kHz (a tone can be measured as a sine wave). The change in pressure deforms the tympanic membrane which in turn activates frequency-coded neurons to fire.sound vibrations
Taste receptors type 1 (sweet), and type 2 (bitter).
taste buds
a drug test
RE, English.
projective test
projective tests
projective test
It depends on the neuron. Some neurons respond better to a pressure stimulus or temperature, light, sound ect. For example the neurons in the retina of the eye, they respond to photons of light, but do not respond to pressure or sound.
personification
Taste buds are a specialized type of sensory cell and are essentially chemoreceptors. They receive information about the chemical structure of things you put in your mouth and send it to your brain which interprets it as a taste, whether bitter, sour, sweet or salty (usually a combination of all 4!).
taste buds are the tiny bumps on your and my mouth.
Retina cells in the eyes are converted to light energy. The taste buds on the tongue is converted to chemical energy.