Hyperventilation is not common in sleep and shock, and it does not sometimes produce extreme vasoconstriction due to the loss of carbon dioxide
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Argument #302b5fbb 1 0 2
If it is true that...
Estrogen increases and acts through the inflammatory mediators, serotonin and histamine, to increase vascular leakiness 1 0 2and
Estrogen causes cells to take up water and calcium 1 0 2and
The formation of lactic acid tends to coordinate these effects 1 0 2Then it must be true that...
Hyperventilation is common in sleep and shock, sometimes producing extreme vasoconstriction due to the loss of carbon dioxide 1 0 2Citations
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The disappearance of water from the blood, as it moves into the tissues during the night, makes sleep resemble a state of shock or inflammation 1 0 2Hyperventilation is common in sleep and shock, sometimes producing extreme vasoconstriction due to the loss of carbon dioxide 1 0 2Premature babies are often given extra oxygen, which tends to cause vasoconstriction by displacing carbon dioxide 1 0 2Supplemental oxygen without carbon dioxide causes vasoconstriction, reducing the tissues' supply of glucose as well as oxygen and damages the retina when combined with too much light 1 0 2Hyperventilation is similar to being in the presence of too much oxygen 1 0 2Hyperventilation is defined as breathing enough to produce respiratory alkalosis from the loss of carbon dioxide 1 0 2Oxygen toxicity and hyperventilation create a systemic deficiency of carbon dioxide 1 0 2Carbon dioxide deficiency makes breathing more difficult in pure oxygen, impairs the heart’s ability to work, and increases the resistance of blood vessels, impairing circulation and oxygen delivery to tissues 1 0 2When carbon dioxide production is low due to hypothyroidism, there will usually be some lactate entering the blood even at rest 1 0 2Hyperventilation is present in hypothyroidism, and is driven by adrenalin, lactate, and free fatty acids 1 0 2