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According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?
Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.
In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstem's medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.
  • a)
    ATP production ceases in the cellular membranes.
  • b)
    Oxygen demand returns to normal.
  • c)
    Carbon dioxide levels increase.
  • d)
    Oxygen demand increases above 15%.
  • e)
    None of these
Correct answer is option 'C'. Can you explain this answer?
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According to the attached passage, what event would need to occur to s...
The signal to the respiratory centers would slow as oxygen demands were met and the negative feedback loop acted to slow breathing and heart rate.
According to the provided passage, the event that would need to occur to slow the signal to the respiratory centers is when oxygen demand returns to normal. In the context of the passage, the body responds to oxygen deprivation by increasing the breathing rate and volume of each breath. This response is triggered by the detection of low oxygen concentrations by the carotid body sensor, which then sends a signal to the respiratory centers in the medulla. Once oxygen demand returns to normal and the body's oxygen needs are adequately met, the signal to the respiratory centers would slow down, leading to a decrease in the breathing rate and volume of each breath.
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According to the attached passage, what event would need to occur to s...
The signal to the respiratory centers would slow as oxygen demands were met and the negative feedback loop acted to slow breathing and heart rate.
According to the provided passage, the event that would need to occur to slow the signal to the respiratory centers is when oxygen demand returns to normal. In the context of the passage, the body responds to oxygen deprivation by increasing the breathing rate and volume of each breath. This response is triggered by the detection of low oxygen concentrations by the carotid body sensor, which then sends a signal to the respiratory centers in the medulla. Once oxygen demand returns to normal and the body's oxygen needs are adequately met, the signal to the respiratory centers would slow down, leading to a decrease in the breathing rate and volume of each breath.
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Q. According to the attached passage, why is the output of the negative feedback loop for oxygen demand located at the diaphragm?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.

Q. An increase in the concentration of ‘__’ slows down or stops a chemical reaction in a negative feedback loop in a biological system. (You may consult the attached passage.)Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.

Q. A sensor for oxygen concentrations is located in the carotid artery, which is located in what part of the human body? (You may consult the attached passage.)Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.

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According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer?
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According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer? for MCAT 2024 is part of MCAT preparation. The Question and answers have been prepared according to the MCAT exam syllabus. Information about According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for MCAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer?.
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The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer?, a detailed solution for According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer? has been provided alongside types of According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice According to the attached passage, what event would need to occur to slow the signal to the respiratory centers?Hypoxia is a term used to describe a set of symptoms, including fatigue, headaches, and confusion, that arise due to oxygen deprivation. When visiting the Rocky Mountains in the US, where the partial pressure of oxygen is approximately 15% lower than what one is accustomed to on the coast, these symptoms can be induced. The body has a limited tolerance for variations in environmental oxygen levels as it lacks a significant capacity to store oxygen, which is continuously consumed to maintain energy homeostasis.In response to oxygen deprivation, the body increases the rate of breathing and the volume of each breath. This adjustment is part of a negative feedback loop that helps maintain homeostasis. The carotid body, located inside the carotid artery, serves as the sensor for detecting oxygen concentrations. The information gathered by the carotid body is then processed in the respiratory centers (RCs) of the brainstems medulla. Ultimately, the output of this feedback loop is directed to the diaphragm, which plays a key role in respiration.a)ATP production ceases in the cellular membranes.b)Oxygen demand returns to normal.c)Carbon dioxide levels increase.d)Oxygen demand increases above 15%.e)None of theseCorrect answer is option 'C'. Can you explain this answer? tests, examples and also practice MCAT tests.
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