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This technical report investigates the pulmonary effects of diving with different gas mixtures underwater, focusing on the impact of oxygen toxicity during 8-hour dives.
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How to fill out Pulmonary Effects of Eight Hours Underwater Breathing 1.35 ATM Oxygen: 100% Oxygen or 16% Nitrogen, 84% Oxygen

01
Prepare the assessment form for 'Pulmonary Effects of Eight Hours Underwater Breathing 1.35 ATM'.
02
Clearly label the section for oxygen exposure, specifying '100% Oxygen' and '16% Nitrogen, 84% Oxygen'.
03
Fill in the patient's details such as name, age, and medical history.
04
Note the duration of exposure to oxygen and the atmospheric conditions experienced underwater.
05
Document any physiological responses observed during or after the exposure.
06
Include measurements of oxygen saturation and lung function tests post-exposure.
07
Review the patient’s response to the different oxygen concentrations.

Who needs Pulmonary Effects of Eight Hours Underwater Breathing 1.35 ATM Oxygen: 100% Oxygen or 16% Nitrogen, 84% Oxygen?

01
Divers who engage in deep or prolonged underwater activities.
02
Occupational divers or those in underwater research.
03
Individuals undergoing hyperbaric oxygen therapy.
04
Patients with specific pulmonary conditions being studied.
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Pulmonary effects can present as early as within 24 hours of breathing pure oxygen. Symptoms include pleuritic chest pain, substernal heaviness, coughing, and dyspnea secondary to tracheobronchitis and absorptive atelectasis, which can lead to pulmonary edema.
Oxygen Toxicity During Diving If a person breathes 100% oxygen, this partial pressure would be reached at a depth of 13 feet (4 meters). Because air consists of only 21% oxygen, to reach that toxic partial pressure breathing air would require a dive to slightly over 187 feet (57 meters) in depth.
Hyperbaric oxygen therapy (HBOT) uses a special pressurized chamber to deliver 100% pure oxygen to your lungs. You go to a medical facility for this outpatient treatment. Increased air pressure inside the chamber helps your lungs take in more oxygen.
Evidence of decline in lung function as measured by pulmonary function testing can occur as quickly as 24 hours of continuous exposure to 100% oxygen, with evidence of diffuse alveolar damage and the onset of acute respiratory distress syndrome usually occurring after 48 hours on 100% oxygen.
When it comes to oxygen, you can have too much of a good thing. Breathing air that contains higher levels of oxygen than the usual 21 percent found in Earth's atmosphere can cause organ damage, seizures, and even death in people and animals, particularly if it's in excess of the body's oxygen needs.
A resting oxygen saturation level between 95% and 100% is regarded as normal for a healthy person at sea level.

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The pulmonary effects of breathing oxygen at 1.35 ATM under water can vary depending on the composition of the breathing gas. Breathing 100% oxygen can lead to oxygen toxicity, which may cause symptoms such as visual disturbances, seizures, and lung damage. On the other hand, breathing a mixture of 16% nitrogen and 84% oxygen reduces the risk of oxygen toxicity while still providing adequate oxygen for respiratory needs, though long exposure can also lead to nitrogen narcosis.
Individuals involved in underwater diving research, commercial divers, and safety regulators may be required to document the pulmonary effects of underwater breathing gases used during prolonged dives, particularly for studies or certifications related to occupational health and safety.
To fill out the report on the pulmonary effects, one should gather data regarding the subject's respiratory rates, any subjective symptoms experienced during exposure, pre-existing health conditions, and physiological responses observed post-exposure. This data should be organized clearly, indicating the breathing gas used and time spent underwater.
The purpose is to assess the safety and physiological impacts of different breathing gases under increased pressure conditions in order to safeguard divers' health and enhance the safety protocols for underwater operations.
The report should include participant demographics, the specific gas mixture used, duration of exposure, recorded pulmonary function tests, any symptoms experienced, and observations made by medical professionals. Additionally, it should note any prior health assessments and their results.
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