Chemoreceptor
noun
A chemoreceptor is a sensory receptor that responds to chemical stimuli, detecting changes in the chemical composition of the environment or body.
The chemoreceptors in our nose allow us to detect different smells.
Often appears as...
- olfactory chemoreceptors
- taste chemoreceptors
Usage tips
Neutral
General
noun
Chemoreceptors are types of receptors in the body that monitor and respond to changes in chemical concentrations, such as oxygen and carbon dioxide levels in the blood.
Chemoreceptors in the carotid artery help regulate breathing rates based on oxygen levels.
Often appears as...
- peripheral chemoreceptors
- central chemoreceptors
Usage tips
Formal
Academic
noun
A chemoreceptor is a sensory receptor that responds to chemical stimuli, detecting changes in the chemical composition of the environment or body.
The chemoreceptors in our nose allow us to detect different smells.
Often appears as...
- olfactory chemoreceptors
- taste chemoreceptors
Usage tips
Neutral
General
noun
Chemoreceptors are types of receptors in the body that monitor and respond to changes in chemical concentrations, such as oxygen and carbon dioxide levels in the blood.
Chemoreceptors in the carotid artery help regulate breathing rates based on oxygen levels.
Often appears as...
- peripheral chemoreceptors
- central chemoreceptors
Usage tips
Formal
Academic
Definition 1 of 2
Pro Tip 1/3Contextual Use
When referring to chemoreceptors, understanding the specific types can enhance comprehension.
Different chemoreceptors respond to various chemicals, such as those for smell and taste.
Pro Tip 2/3Field-Specific
In scientific literature, the term is typically used in discussions of biosensors and medical diagnostics.
Chemoreceptors are crucial for understanding physiological responses to environmental changes.
Pro Tip 3/3Avoiding Confusion
Some may confuse chemoreceptors with photoreceptors, which detect light.
Clarifying the distinction can aid students in grasping sensory biology.
Pro Tip 1/3Contextual Use
When referring to chemoreceptors, understanding the specific types can enhance comprehension.
Different chemoreceptors respond to various chemicals, such as those for smell and taste.
Pro Tip 2/3Field-Specific
In scientific literature, the term is typically used in discussions of biosensors and medical diagnostics.
Chemoreceptors are crucial for understanding physiological responses to environmental changes.
Pro Tip 3/3Avoiding Confusion
Some may confuse chemoreceptors with photoreceptors, which detect light.
Clarifying the distinction can aid students in grasping sensory biology.
Pro Tip 1/3Contextual Use
When referring to chemoreceptors, understanding the specific types can enhance comprehension.
Different chemoreceptors respond to various chemicals, such as those for smell and taste.
Pro Tip 2/3Field-Specific
In scientific literature, the term is typically used in discussions of biosensors and medical diagnostics.
Chemoreceptors are crucial for understanding physiological responses to environmental changes.
Pro Tip 3/3Avoiding Confusion
Some may confuse chemoreceptors with photoreceptors, which detect light.
Clarifying the distinction can aid students in grasping sensory biology.
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