What are the side effects of oxygen therapy?
The side effects of oxygen therapy are little and rare, but may include ear pain, ears' rupture and trauma into cavities. The most common side effect is the ear pain or discomfort that occurs when the body tries to adapt the therapy. The rupture of the ear drum is significantly less common, but most likely it will occur in people who are deaf or deaf. Barotrauma on the nasal cavity is particularly rare and happens for similar rupture of the ear drum. Overall, oxygen therapy is safe treatment with minimal side effects, unless a person does not have health conditions that could deteriorate even if the therapy can be dangerous.
Ear pain is one of the most common side effects of oxygen therapy. Pain occurs when the body tries to balance the pressure between the ears. In some cases, the inner ear is physically damaged due to the above normal pressure. Some people experience a slight discomfort rather than pain but discomfort should still be recordedWell, as it can be a complication.
Deaf and deaf people are more likely to have certain types of ears as a side effects of oxygen therapy. For example, some people are experiencing a burst of ear drum. Ear drums can lead to further hearing loss and may take a month. In some cases, if the ear drum cannot heal itself, the doctor may place the patch on it as an out-pacific procedure.
Sometimes one experiences barotraum on his cavities. Barotrauma is a physical wound that occurs in the body of a person due to a difference in air pressure. For example, some underwater divers are threatened by barotraum when they dive too quickly or the surface too fast. While barotrauma from certain activities such as diving can sometimes be fatal, it is not the case with oxygen therapy.
Some health conditions may be impaired by oxygen therapy. For example, the heart attack patientsAnd people who suffer from asthma may not respond positively to treatment. However, oxygen therapy is still being examined and there may be many other conditions negatively affected.
oxygen therapy carries the risk of fire because it requires concentrated oxygen supply. If the compressed oxygen is exposed to sparks, it can explode and light its surroundings. This risk can be prevented if the triggering elements are kept far from concentrated oxygen. The oxygen does not explode itself and its volatility can be administered carefully.