Following hyperventilation, the respiratory rhythm can temporarily slow down as the body tries to restore balance in carbon dioxide levels. This is known as post-hyperventilation apnea, where the brain suppresses breathing to prevent excess loss of CO2. Once CO2 levels normalize, breathing resumes at a normal rhythm.
The respiratory center is located in the brainstem, specifically in the medulla oblongata and pons. These regions of the brain control the basic rhythm and depth of breathing through signals to the muscles involved in respiration.
A respiratory control center is a region in the brainstem that regulates and controls breathing. It receives signals from the body to adjust the rate and depth of respiration based on factors like oxygen levels, carbon dioxide levels, and pH in the blood. This center coordinates the rhythm of inhalation and exhalation to maintain homeostasis.
If the dorsal respiratory group of neurons in the medulla oblongata were destroyed bilaterally, it would lead to decreased drive for inspiration, resulting in respiratory depression or even respiratory arrest. This group of neurons plays a crucial role in regulating the rhythm and depth of breathing.
This is actually located in the brainstem in particular the medulla oblongata. This is the primitive part of the brain which we have no "concious" control over (it is autonomic) and ensures that we breathe above all costs (i.e. you can't forcibly hold your breath and suffocate yourself). This part of the brain however can be influenced by other parts of the brain which we do have control over.
The medulla oblongata contains reflex centers involved in regulating respiratory rhythm in conjunction with lower brainstem centers. These centers help control the rate and depth of breathing by monitoring the levels of oxygen and carbon dioxide in the blood.
medullary respiratory centers
The respiratory rhythm is controlled by the respiratory center located in the brainstem, which receives input from chemoreceptors that sense levels of oxygen, carbon dioxide, and pH in the blood. Additionally, input from higher brain centers and stretch receptors in the lungs also affect the respiratory rhythm.
The three characteristics of a respiratory rate are rate, depth, and rhythm.
medulla oblongata
The answer is Ventral Respiratory Group or VRGIt contains the rhythm generators "whose output drives respiration".Hoehn, Marieb Human Anatomy & PhysiologyEighth Edition pg. 835
medulla and pons
The- respiratory group within the madulla oblongata regulates the basic rhythm of breathing.
The basic rhythm of breathing is controlled by part of the brain called the Medulla.
the medulla oblongata
Pons and Medula in the brain stem.
If will have no affect on the patient.
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