you will probibly be really tired and lethargic
When someone is holding their breath, oxygen levels decrease. Heart rate will then increase to try to keep the oxygen flowing.
Oxygen.
All blood coming from the heart travels through arteries but not all have high levels of oxygen.The blood that goes to the body is high in oxygen but the blood that goes to the lungs is low in oxygen.There it drops of carbon dioxide and picks up oxygen and carries this back to the heart to be pumped out to the body.
In a normal individual, disatolic BP should remian unchanged (or decrease only slightly) as heart rate increases.
Your heart muscle will not recieve enough oxygen to function properly and you can have what is alled a heart attack as the muscle tissue will die.
At high altitudes, normal oxygen saturation levels can range from 88-92%. It is common for the body to adjust to lower oxygen levels in the air by increasing breathing rate and heart rate to deliver more oxygen to tissues. Altitude sickness can occur when oxygen saturation levels drop too low.
Heart rate and respiratory rate will increase.
When someone is holding their breath, oxygen levels decrease. Heart rate will then increase to try to keep the oxygen flowing.
When oxygen levels go down and carbon dioxide levels go up, your heart rate increases in order to deliver more oxygen to the tissues and remove excess carbon dioxide. This response helps to compensate for the reduced oxygen availability and increased carbon dioxide levels in the body.
The heart beats accelerates because your organs need more oxygen and the heart pumps the oxygen into the blood and when you need more oxygen than normal your heart rate is faster than normal.
we will die
The pulse oximeter (or oxymeter) measure the oxygen saturation of hemoglobin. If the hemoglobin levels are normal this will give an estimate of how much oxygen is being delivered to the tissues and if abnormal can suggest lung or heart disease.
Hypoxia, or low oxygen levels in the body, can lead to bradycardia, which is a slower than normal heart rate, because the heart tries to compensate for the lack of oxygen by slowing down to conserve energy and maintain proper blood flow to vital organs.
Carbon dioxide is at high levels and oxygen at low levels in blood that is being pumped from the heart to the lungs.
Oxygen.
The normal range of troponin levels is typically less than 0.04 ng/mL. Elevated levels of troponin can indicate damage to the heart muscle, such as in the case of a heart attack or other cardiac conditions.
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.