NSG 530 – Advanced Pathophysiology Exam 3 | Questions and
Answers | 2026/27 Updates | 100% Correct
Correct
Incorrect
Questions and Answers
1/145
, Multi-Organ Dysfunction
Syndrome (MODS)
Acute lung failure, bronchopleural
Systemic inflammatory response
fistula, hemorrhage, cardiovascular
syndrome (SIRS)
disturbances
Don't know?
2 of 200
Definition
-revved up circulation
-increased cardiac output
-elevated blood pressure and elevated resting HR
-increase in resting HR is thought to be a predictor of the development
of HTN even thought they may not clinically have it yet
Give this one a try later!
myocardial ischemia EKG and lab features of NSTEMI
what happens when LDL becomes
hyperkinetic circulatory state
oxidized
Don't know?
3 of 200
2/145
,nausea, and vomiting?
phase
phase
phase
3/145
, 4 of 200
Definition
heart failure with reduced ejection fraction
-systolic (problems with contractility) EF <40%
-inability of the heart to generate an adequate CO to perfuse vital
tissues
-inability of the LV to contract against a load and eject blood volume
into the aorta
-impaired contractility
-myocyte loss (apoptosis)
Give this one a try later!
HFrEF time frame of MI
STEMI afterload
Don't know?
5 of 200
Definition
Optimal: <100
Near optimal: 100-129
Borderline high: 130-159
4/145
Answers | 2026/27 Updates | 100% Correct
Correct
Incorrect
Questions and Answers
1/145
, Multi-Organ Dysfunction
Syndrome (MODS)
Acute lung failure, bronchopleural
Systemic inflammatory response
fistula, hemorrhage, cardiovascular
syndrome (SIRS)
disturbances
Don't know?
2 of 200
Definition
-revved up circulation
-increased cardiac output
-elevated blood pressure and elevated resting HR
-increase in resting HR is thought to be a predictor of the development
of HTN even thought they may not clinically have it yet
Give this one a try later!
myocardial ischemia EKG and lab features of NSTEMI
what happens when LDL becomes
hyperkinetic circulatory state
oxidized
Don't know?
3 of 200
2/145
,nausea, and vomiting?
phase
phase
phase
3/145
, 4 of 200
Definition
heart failure with reduced ejection fraction
-systolic (problems with contractility) EF <40%
-inability of the heart to generate an adequate CO to perfuse vital
tissues
-inability of the LV to contract against a load and eject blood volume
into the aorta
-impaired contractility
-myocyte loss (apoptosis)
Give this one a try later!
HFrEF time frame of MI
STEMI afterload
Don't know?
5 of 200
Definition
Optimal: <100
Near optimal: 100-129
Borderline high: 130-159
4/145
