The rate and depth of ventilation will increase, and if the carbon dioxide level gets high enough, it will cause a person to yawn!
Ventilation (via the lungs).
it is called a blood clot
It will induce a respiratory alkalosis, as carbon dioxide is washed out of the blood by the increased ventilation rate.
Hypercapnia, increased levels of carbon dioxide in the blood, stimulates ventilation by acting as a powerful stimulus to breathe. Chemoreceptors in the brainstem sense the high carbon dioxide levels and signal the respiratory muscles to increase ventilation rate and depth. This helps to remove excess carbon dioxide from the body and restore normal levels of blood gases.
An increase in ventilation leads to a decrease in blood carbon dioxide levels, shifting the pH towards alkalinity (higher pH). This is because carbon dioxide acts as an acid in the blood, so decreasing it causes the blood to become more alkaline.
Will decrease the blood pH causing increased ventilation.
How long the breath is held is limited by carbon dioxide buildup in the blood.
when blood ventilation (air exchange) is inhibited. Inhibited oxygen and carbon dioxide transfer prevents the delivery of oxygen to the tissue and results in carbon dioxide levels in the blood that are higher than normal.
If you hold your breath, the carbon dioxide concentration in the blood will increase. Carbon dioxide is constantly produced by the body's metabolism, and constantly exhaled. So if it is not exhaled, it will start to build up.
hypercapniaHypercapnia but also known as hypercapnea, hypercarbia,HypercapniaHypercapnia is the medical term meaning high CO2 in the blood.hypercapniahypercapniahypercarbiawhat is excessive carbon dioxide in the blood called? HypercapniahypercapniahypercapniaAn abnormal build-up of carbon dioxide in the blood is hypercapnia.HypercapniaHypercapniaAn abnormal buildup of carbon dioxide in the blood is known as hypercapnia.(high-per-KAP-nee-ah)hyper-means excessive ,capn means carbon dioxide, and -ia means abnormal condition.
The length of their dives causes a buildup of carbon dioxide which would be harmful to most other mammals.
The best indication of the adequacy of alveolar ventilation is the partial pressure of carbon dioxide (PaCO2) in arterial blood. This measurement reflects how effectively the lungs are removing carbon dioxide from the body, which is a waste product of metabolism. Proper alveolar ventilation ensures that PaCO2 levels remain within the normal range.