Does your blood pressure go up when flying?

One of the main issues of flying when you have hypertension is the reduced oxygen level in the plane cabin, which occurs because of the high altitude. Being in high altitudes, (at least 5,000 to 11,500 feet above sea level) can increase a person's blood pressure because of the low level of oxygen.



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Does flying affect blood pressure? Yes it can. At high altitudes, even in a pressurised aircraft cabin, passengers are at risk of hypoxaemia (low oxygen concentration in the blood).

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Sitting on a plane for many hours not only allows blood to pool, but it also puts your knees at an angle that makes the veins inside them kink up. Just as water doesn't flow easily through a kinked-up garden hose, blood can't flow as well through a vein that has a kink.

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What are the risks of flying for high blood pressure patients? An increased risk of developing heart failure, strokes or other related conditions.

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recent operation or injury where trapped air or gas may be present in the body (e.g. stomach ,bowel, eyes, face, brain) severe long term diseases that affect your breathing. breathlessness at rest. unresolved pneumothorax (punctured lung)

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There are a number of effects altitude and airplane travel have on the body, including oxygen deprivation, alteration of sleep patterns, and an increased risk of contracting contagious diseases.

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Air travel itself does not cause paroxysmal supraventricular tachycardia, atrial fibrillation, or atrial flutter. Patients who are asymptomatic or symptomatically stable should not be restrict- ed from flying.

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Flying produces an inconceivable amount of C02 emissions and air pollution. For those that don't know, CO2 (carbon dioxide) is one of the key greenhouse gases that contribute to global warming – flying produces a whole lot of it.

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Unstable heart disease is associated with a higher risk of adverse events due to flying, and you may need to avoid flying, at least temporarily, until your condition is well controlled. People with pacemakers or implantable defibrillators can fly safely.

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Air travel increases the risk of developing blood clots in the veins of the legs, which can then enter the bloodstream and block an artery in the lungs, a condition called pulmonary embolism. In some cases, the opening can allow the blood clot to enter the arteries of the brain, causing a stroke.

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Airplane Travel and Blood Oxygen Saturation Typically, in-cabin air pressure is equivalent to that seen at 5000 to 8000 ft. Local hypoxia causes vasodilation (decrease in blood pressure) and increased capillary permeability, as well as increased ventilatory effort and heart rate.

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According to medical research, travelling with arrhythmia is perfectly safe, as long as you are either suffering from no symptoms or you have been deemed clinically stable by a medical professional.

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How come? “The pressure, temperature and oxygen levels in the cabin fluctuate, and the humidity level is lower than it is at sea level,” says Matthew Goldman, MD. All of those things can mess with some of your body's normal functions.

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