The respiratory rate of an animal is primarily controlled by the brainstem, specifically the medulla oblongata and pons, which regulate the rhythmic pattern of breathing. Chemoreceptors in the body detect changes in carbon dioxide, oxygen, and pH levels, signaling the brain to adjust the respiratory rate accordingly. Additionally, factors such as physical activity, stress, and environmental conditions can influence the respiratory rate by signaling the need for increased or decreased oxygen intake.
your respiratory system/lungs
The nervous system controls heart and respiratory rates.
The nervous system controls the rate of the heartbeat and respiration.
Who first reported the presence of 'respiratory centre' which maintains and controls the rate of respiration
The respiratory rate of a yak increases with heat and at low altitudes, while at higher, cooler climates, the rate decreases. This helps the animal adjust to the varying climates.
The respiratory rate of a yak increases with heat and at low altitudes, while at higher, cooler climates, the rate decreases. This helps the animal adjust to the varying climates.
Emotion can affect the respiratory rate by triggering the body's fight-or-flight response, leading to an increase in breathing rate during states of stress, anxiety, or excitement. Conversely, feelings of calmness or relaxation can result in a slower breathing rate. Emotional factors can influence the autonomic nervous system, which controls respiration.
Any animal that breathes has a respiratory organ
The brain stem controls respiration. The medulla and pons are both involved in volume and rhythm control.
Carbon dioxide levels in the blood are the main regulator of respiration rate. When CO2 levels increase, the body signals to breathe more rapidly to eliminate excess CO2 through exhalation. Conversely, when CO2 levels decrease, breathing slows down to retain more CO2 in the body.
Most likely you have pressed on the vagus nerve that controls parasympathetic innervation to the heart.
Brain