Oxygenation Quiz: Questions And Answers

Oxygenation is the process of supplying oxygen to the body, which is essential for human survival. However, oxygen can also be dangerous if not handled properly. High concentrations of oxygen can increase the risk of fire and explosion, and prolonged exposure to high levels of oxygen can cause lung damage. Therefore, safety measures such as proper ventilation and monitoring of oxygen levels are necessary when oxygenating a human to prevent any potential hazards.

This statement is false because there are indeed steps and measurements to follow for oxygenation. Oxygenation can be achieved through various methods such as providing supplemental oxygen, ensuring proper ventilation, and monitoring oxygen saturation levels. Additionally, healthcare professionals use specific measurements and assessments to determine the effectiveness of oxygenation, such as arterial blood gas analysis and pulse oximetry readings. Therefore, the statement that there are no steps or measurements to follow for oxygenation is incorrect.

Deep breathing and coughing maneuvers are beneficial during suctioning in the ICU because deep breathing helps to oxygenate the lungs, while coughing helps to loosen and move secretions in the lungs. This can help to clear the airways and improve respiratory function.

When a client is suffering from respiratory difficulty and requires suctioning, the appropriate method to use is a portable or wall suction machine with tubing and collection receptacle. This method is necessary to effectively remove excess secretions or fluids from the airway and improve the client's breathing. Goggles are not needed in this situation as they are not directly related to the suctioning procedure. Dextrose-and-water solution and nasal cannula are also not appropriate methods for suctioning and would not effectively address the respiratory difficulty.

When using oxygen at home with Chronic Obstructive Pulmonary Disease (COPD), it is important to avoid materials that generate static electricity. Static electricity can create sparks, which can potentially ignite the oxygen and cause a fire. Therefore, it is crucial to ensure that the environment is free from static-generating materials to maintain safety while using oxygen at home.

Preschool-aged children, like the 3-year-old in this scenario, are at a higher risk for developing upper respiratory infections compared to other age groups. This is because their immune systems are still developing and they have frequent close contact with other children, making it easier for viruses to spread. Additionally, young children may not have developed good hygiene habits yet, such as proper handwashing, which further increases their risk of infection.

The appropriate follow-up evaluation of a client after suctioning includes assessment of vital signs, charting the appearance of secretions, and comparing findings to previous assessment data. However, it is not correct to only document findings that are abnormal in the client record and assume that the doctor will see the results during rounds. It is important to document all findings, both normal and abnormal, for proper communication and continuity of care.

The correct answer is "Monitoring the patency and integrity of the drainage system." This is the right nursing responsibility for the client's chest drainage systems because it involves ensuring that the system is functioning properly and that there are no obstructions or leaks. This is important for the patient's respiratory status and overall well-being.

The correct answer is providing room air. Endotracheal tubes are used to maintain an open airway in clients who are unable to breathe on their own. Providing room air ensures that the client is receiving sufficient oxygenation. Communicating frequently with the client and rapidly assessing nasal and oral mucosa for redness and irritation are important nursing interventions, but they are not specific to clients with endotracheal tubes.