The CNS, chemoreceptors in the gut, the enteric nerve plexus.
The nervous system communicates with the merocrine glands to regulate their function. Nerve impulses trigger the release of sweat from merocrine glands in response to various stimuli such as heat, stress, or physical activity.
Internal stimulus is a signal that comes from within an organism, such as hunger or pain, that triggers a biological response. It is generated by the organism itself rather than from the external environment. Internal stimuli help to regulate an organism's physiological processes and behaviors.
Change in activity due to stimuli from the environment refers to how an organism's behavior or physiological responses are altered in response to external factors such as light, temperature, or sound. This can involve an increase or decrease in activity levels depending on the specific stimulus present.
This condition is referred to as sensory overload or sensory deprivation, depending on whether there is an excessive amount of stimuli or an absence of stimuli causing the abnormal response.
Stimuli such as mechanical forces (compression or stretch), chemical signals (hormones or neurotransmitters), electrical signals (nerve impulses or bioelectrical stimulation), and temperature changes can all be used to stimulate a tissue. These stimuli can help regulate specific cellular responses within the tissue.
The nervous system communicates with the merocrine glands to regulate their function. Nerve impulses trigger the release of sweat from merocrine glands in response to various stimuli such as heat, stress, or physical activity.
Stimuli is the action of various agents (stimuli) on muscles, nerves, or a sensory end organ, by which activity is evoked; especially, the nervous impulse produced by various agents on nerves, or a sensory end organ, by which the part connected with the nerve is thrown into a state of activity
Tetani
Stimuli
when living things respond towards or away from the stimuli then it is called their movement i-e the change in their reaction or activity....
Internal stimuli that can trigger vomiting include the presence of toxins or irritants in the gastrointestinal tract, which activate the chemoreceptor trigger zone in the brain. Additionally, conditions such as severe pain, vestibular disorders (affecting balance), and certain hormonal changes can also stimulate the vomiting center in the brain. Other factors include infections, gastrointestinal obstructions, and motion sickness. These stimuli lead to the complex physiological response that results in vomiting.
Internal stimulus is a signal that comes from within an organism, such as hunger or pain, that triggers a biological response. It is generated by the organism itself rather than from the external environment. Internal stimuli help to regulate an organism's physiological processes and behaviors.
Change in activity due to stimuli from the environment refers to how an organism's behavior or physiological responses are altered in response to external factors such as light, temperature, or sound. This can involve an increase or decrease in activity levels depending on the specific stimulus present.
This condition is referred to as sensory overload or sensory deprivation, depending on whether there is an excessive amount of stimuli or an absence of stimuli causing the abnormal response.
In terms of Science, stimuli is something that is used to incites or quickens a specific action. Stimuli is often used to describe a specific function or activity of an organism.
Stimuli such as mechanical forces (compression or stretch), chemical signals (hormones or neurotransmitters), electrical signals (nerve impulses or bioelectrical stimulation), and temperature changes can all be used to stimulate a tissue. These stimuli can help regulate specific cellular responses within the tissue.
A positive response is when a response happens to a stimuli, and this response causes more of the stimuli to happen. A negative response is when a response happens because of a stimuli, and the response stops the continuation of the stimuli.