increase
If a patient has a respiratory disease that has paralyzed the cilia, they would be at an increased risk for respiratory infections because cilia play a crucial role in moving mucus and particles out of the respiratory tract. Without the cilia functioning properly, pathogens and debris can accumulate in the airways, leading to an increased susceptibility to infections.
no, increased cognitive functioning is not
CO2 is the body's natural acid, so if your body has too much CO2 it will begin to compensate. Your body "blows off" CO2 through your respiratory system. Increased respiratory rate and depth will "blow off" excess CO2
Increased respiratory rate.
problems vary from inflammation in the lining of the lungs, chronic lung diseases, aggravates asthma, reduce lung functioning, and irritates respiratory system...
Increased cognitive functioning Edit: FALSE. Increased cognitive functioning is NOT an antagonistic interaction of the sympathetic nervous system.
A patient with a pH of 7.50 would likely be experiencing respiratory alkalosis. This can lead to symptoms such as lightheadedness, numbness or tingling in extremities, and potentially muscle twitching. The body may compensate for this alkalosis by decreasing respiratory rate to retain more CO2 and normalize pH levels.
breathing and heart rate increased. breathing and heart rate increased.
respiratory
The higher the respiratory rate and deeper the breaths the lower the blood CO2.
increased respiratory capacity
Infants have increased respiratory rates compared to adults because their lungs are smaller and less efficient at exchanging oxygen, requiring more frequent breaths to meet their metabolic needs. Additionally, infants have underdeveloped respiratory control centers in the brain, leading to a faster respiratory rate to maintain proper oxygen levels.