Breathing control
טקסט Storyboard
- Acute cardiac disorders can go hand in hand with respiratory disease. Left sided heart failure can progress faster than right sided heart failure. The blood flow to the heart relies on the lungs and how well they are oxygenating. When the body is experiencing mild hypoxemia the heart rate will increase. If the hypoxemia is too severe then the patient will become bradycardic. If uncorrected, then a fatal dysrhythmia. A through evaluation of the heart is important in order to properly evaluate the respiratory system.
- AHH, damn you aspartame, you gave me heart failure
- Muscular Control: My body sucks in air on inhalation into my trachea with negative pressure. My thorax is an airtight box. When my diaphragm flattens, my lung size increases, and air is sucked into my lungs. The amount of air moved in my lungs each minute is called minute ventilation. If there is trauma to my thorax, causing it to open, it creates an alternative route for air to be pulled in. This air ends up going into my pleural space, creating a sucking chest wound.
- My ribs are now broken in more than one place (flail chest). They’re free floating, and float in as I breathe. These ribs limit the amount of air that can be sucked into my trachea. Next ill do one more scope of creatine
- I cant stop peeing I have so much H+
- Renal status: my kidneys help control fluid balance, acid-base balance, and BP - these things can all effect pulmonary mechanisms. I have severe renal disease, and the acid-base disturbances from that are making me hyperventilate
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