Gnur 293 exam 4 - Study guides, Class notes & Summaries

GNUR 293 Loyola University Chicago -GNUR 293: Exam 4 Questions with Complete Solutions

GNUR 293 Loyola University Chicago -GNUR 293: Exam 4 Questions with complete solutions

GNUR 293- Exam 4 Qs&As 100% All Verified A+ Central chemoreceptors - ANS-Located in the medullary center Respond to changes in CO2 and pH Peripheral chemoreceptors - ANS-Located in the aortic arch and carotid bodies Respond to decrease in arterial O2 (PaCO2) Why can administering too much oxygen to a COPD patient potentially cause respiratory arrest? - ANSCOPD patients rely on low levels of oxygen as their main stimulus to breathe (hypoxic drive). Supplementing too much oxygen takes awa...

GNUR 293 Exam 4 with complete solution

Ventilation Correct Answer-movement of air in and CO2 out of the lungs ex: decrease ventilation = asthma or obstruction (air in) Functional residual capacity Correct Answer-reserve of air that is left over in lungs after expiration -decrease will occur in COPD, pregnant women, obese patients -become hypoxic much quicker Pulmonary function test (PFT) Correct Answer-evaluation of airflow in lungs -used spirometer -obstructive = can't get air out -restrictive= can't get air in ...

GNUR 293 Final Exam Review Questions And Answers 2024/2025 1 / 5 1. Is apoptosis always a pathophysiologic process? 2. Reperfusion injury following an ischemic episode results in increased free radical reproduction and leads to further tissue damage due to: a. production of excessive lactate b. excessive intracellular calcium c. excess body fat and adipose tissue d. production of exotoxins 3. a patient is 85 and got their flu shot. this is important bc 4. which type of IRREVERS...

GNUR 293_ Exam 4 with complete solution

GNUR 293_ Exam 4 with complete solution

Central chemoreceptors Correct Answer-Located in the medullary center Respond to changes in CO2 and pH Peripheral chemoreceptors Correct Answer-Located in the aortic arch and carotid bodies Respond to decrease in arterial O2 (PaCO2) Why can administering too much oxygen to a COPD patient potentially cause respiratory arrest? Correct Answer-COPD patients rely on low levels of oxygen as their main stimulus to breathe (hypoxic drive). Supplementing too much oxygen takes away this drive to ...

GNUR 293_ Exam 4 with complete solution