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CNCC - Canadian Critical Care (CNCC) Practice Tests & Test Prep by Exam Edge - Review


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Canadian Critical Care Nursing Examination - Reviews


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See why our users from 154 countries love us for their exam prep! Including 160 reviews for the CNCC - Canadian Critical Care exam.

Exam Edge is an industry leader in online test prep. We work with institutional partners to offer a wide array of practice tests that will help you prepare for your big exam. No matter how niche your field of interest might be, we're here to help you prepare for test day.

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Canadian Critical Care Nursing Examination - Test Reviews Sample Questions

The ventilatory function study that is characterized by graphically plotting volume and flow during inspiration and expiration is which of the following?





Correct Answer:
flow-volume loop study


the correct answer to the question is the "flow-volume loop study." this diagnostic tool is fundamental in respiratory medicine for evaluating ventilatory function. it involves the graphical representation of the volume of air breathed in and out (the y-axis) against the flow rate, or speed, at which air is moved into or out of the lungs (the x-axis). this graphical representation results in a loop-shaped figure, hence the name "flow-volume loop."

during the test, an individual breathes into a device called a spirometer, which measures both the amount (volume) of air exhaled or inhaled and the rate (flow) at which it travels. the test typically involves taking deep breaths and exhaling forcefully, ensuring that data across the full range of lung capacities is captured.

the shape, size, and position of the flow-volume loop provide critical information about the mechanical function of the lungs. in normal healthy lungs, the loop is typically wide and tall, indicating good lung volume and high airflow. however, in pathological conditions, these characteristics change. for instance, in obstructive lung diseases like asthma and chronic obstructive pulmonary disease (copd), the loop will often show a scooped-out appearance during expiration due to reduced airflow and increased airway resistance. conversely, in restrictive diseases such as pulmonary fibrosis, the overall size of the loop is smaller, indicating reduced lung volume, but the shape might still look relatively normal.

thus, the flow-volume loop study not only helps in diagnosing the type of lung disorder but also aids in assessing the severity and progression of the disease. it is a critical test in the management of patients with respiratory conditions, allowing physicians to tailor treatments according to specific ventilatory impairments shown in the loop patterns. this study is an essential component of pulmonary function tests and provides valuable insights that other tests, such as simple spirometry, might not reveal.

Profound hypothermia would be characterized by a body temperature in the range of:





Correct Answer:
75° – 82° f


profound hypothermia is a severe medical condition where the body's core temperature falls below the normal required for normal metabolism and bodily functions. this condition is particularly dangerous and can be life-threatening.

the correct range for profound hypothermia, as stated in the question, is between 75° and 82° fahrenheit (approximately 23.9° to 27.8° celsius). this level of hypothermia is severe and typically results from prolonged exposure to cold environments without adequate protection or heat.

when the body temperature drops to this range, several critical physiological changes can occur. one such change is asystole, which is a state where there is no cardiac electrical activity, resulting in no blood flow and therefore no oxygen delivery to tissues. this condition is often referred to as "flatline" and is a critical emergency requiring immediate resuscitation efforts.

another accompanying change is an isoelectric electroencephalogram (eeg). an isoelectric eeg indicates no measurable electrical activity in the brain, signifying severely diminished brain function. this condition is often a precursor to the risk of irreversible brain damage.

additionally, profound hypothermia can lead to cell death across various tissues and organs. cells are damaged both directly by the cold and indirectly by lack of oxygen and nutrients due to reduced blood flow. this widespread cellular damage can result in multiple organ failure and potentially fatal outcomes if not promptly and effectively treated.

in medical practice, treating profound hypothermia requires rapid medical intervention. methods include active internal rewarming techniques, such as warm intravenous fluids, humidified warm air, and in some cases, extracorporeal membrane oxygenation (ecmo), which provides both cardiac and respiratory support to patients whose heart and lungs are severely compromised.

it is critical to recognize the symptoms and stages of hypothermia early to prevent it from progressing to a profound state. preventative measures include wearing appropriate clothing, staying dry, and using heating sources responsibly during cold exposure.