NR507 MIDTERM STUDYGUIDE QUESTIONS AND
CORRECT DETAILED ANSWERS WITH RATIONALES
NR507 – Advanced Pathophysiology
vi vi vi
Exam Study Guide – Midterm Study Guide
vi vi vi vi vi vi
Exam Format: Noncumulative
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Question Type: Multiple Choice vi vi vi vi
Number of Questions: 100 Tim
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e Allotted: 120 minutes
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Testing Timeframe: The midterm exam will only be available starting on Wednesday Week 4 at
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12:01 am MT until Saturday Week 4 at 11:59 pm MT.
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1. Exam Coverage vi
Content Areas:
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• Week 1: Immunological Pathologies vi vi vi
• Week 2: Hematological and Cardiovascular Pathologies
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• Week 3: Pulmonary Pathologies vi vi vi
• Week 4: Urinary System Pathologies vi vi vi vi
2. Key Concepts to Study
vi vi vi
Alterations in Immunity and Inflammation:vi vi vi vi
• Pathophysiology of the four types of hypersensitivity reactions vi vi vi vi vi vi vi vi
ACID
Type I vi
Immediate (Anaphylaxis) – uses IgE antibodies – antibodies bind to mast vi vi vi vi vi vi vi vi vi vi
cells and basophils- vi vi
releases histamines based on prior exposure to the allergen. Results to vasodilatio
vi vi vi vi vi vi vi vi vi vi vi vi
n, bronchoconstriction, hives, edema and anaphylaxis (severe).
vi vi vi vi vi vi
Hay fever, insect bites, food/drug allergies, asthma vi vi vi vi vi vi
Type 2 vi
Antibody-Mediated (Cytotoxic) -IgG/IgM antibodies – bind to antigens on vi vi vi vi vi vi vi vi
the surface of host cells – blood cell, platelets, tissues –
vi vi vi vi vi vi vi vi vi vi
activates the complement system – leads to lysis –
vi vi vi vi vi vi vi vi vi
formation of the membrane attack complex.vi vi vi vi vi vi
Phagocytosis may occur. vi vi
transfusion reactions, autoimmune hemolytic anemia, Graves Disease, Rh I vi vi vi vi vi vi vi vi
ncompatibility, MG vi
Type 3 vi
Immune-Complex -IgG/IgM. formation of immune complex that deposit vi vi vi vi vi vi vi
in the tissues. Activates the complement system –
vi vi vi vi vi vi vi
leads to inflammation and tissue damage.
vi vi vi vi vi vi
SLE, RA, serum sickness, vasculitis, glomerulonephritis vi vi vi vi vi
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,Type 4
vi
Delayed (Cell Meditated)- T-cells (CD4, TH1). Antigen presenting cells
vi vi vi vi vi vi vi vi
capture the antigen and present in T helper cells which become sensitized and act
vi vi vi vi vi vi vi vi vi vi vi vi vi
ivate during subsequent exposure. Upon re-
vi vi vi v i vi
exposure the t cell releases cytokins – activation of immune cells-
vi vi vi vi vi vi vi vi vi vi
causes inflammation and tissue damage.
vi vi vi vi vi
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, Contact dermatitis, TB, chronic transplant rejection, MS
vi vi vi vi vi vi
• Prototype diseases that reflect each of the four types of hypersensitivity (i.e. Type IV-
vi vi vi vi vi vi vi vi vi vi vi vi vi
contact dermatitis) and signs and symptoms
vi vi vi vi vi
Type I – Immediate (Anaphylaxis)
vi vi vi vi
Cause: Allergens (food/meds/hay fever, asthma, dermatitis)
vi vi vi vi vi vi
Components: IgE, Mast Cells, histamine vi vi vi vi
S/S – vi
Sudden onset wheezing vi
Hives hypotension, tachycardia, dizziness vi vi
Swelling
nausea, vomiting, diarrhea vi vi v
Shock (severe) i vi
Type 2 -Cytotoxic (Antibody Mediated)
vi vi vi vi
Cause: receiving incompatible blood type, hemolytic anemia, Graves Disease,
vi vi vi vi vi vi vi vi vi
MG
S/S – vi
Fever hypotension, jaundice vi
Chills hemoglobinuria
Back/flank pain renal failure/shock (severe) vi vi vi
Type 3 -Immune- vi vi
Complex Cause: Autoimmune vi vi
response
vi
Components – IgG/IgM, antibody- vi vi vi
antigen components, complement, RA, serum sickness, glomerulonephritis, hyper
vi vi vi vi vi vi vi
sensitivity pneumonitis, TB, MS DMI vi vi vi vi
S/S-
Butterfly rash (Malar rash) vi vi vi
renal involvement Fati vi vi
gue/fever neurological sympotms vi
Joint pain vi
serositis (pericarditis/pleuritis) vi
Photosensitivity vi
Type 4 – Delayed Type
vi vi vi vi
Cause : skin contact with allergen (poison ivy, nickel, latex) Co
vi vi vi vi vi vi vi vi vi vi
mponents -T cells, cytokins, macrophanges
vi vi vi vi
S/S
Red, itchy rash vi vi
localized swelling vi
Blisters vi
Scaling/thickened skin (with chronic exposure) vi vi vi vi
• Treatment options for diseases under each hypersensitivity category
vi vi vi vi vi vi vi vi
Type I – Immediate Type (Anaphylaxis)
vi vi vi vi vi
Anaphylaxis Treatment vi
Epi Antihistamines
Oxygen Corticosteriods
IV fluids vi
DownloadedvibyviJosephineviKimanivi()
, Airway Management
vi
Allergic Rhinitis Treatment
vi vi vi
DownloadedvibyviJosephineviKimanivi()
CORRECT DETAILED ANSWERS WITH RATIONALES
NR507 – Advanced Pathophysiology
vi vi vi
Exam Study Guide – Midterm Study Guide
vi vi vi vi vi vi
Exam Format: Noncumulative
vi vi vi
Question Type: Multiple Choice vi vi vi vi
Number of Questions: 100 Tim
vi vi vi vi
e Allotted: 120 minutes
vi vi vi
Testing Timeframe: The midterm exam will only be available starting on Wednesday Week 4 at
vi vi vi vi vi vi vi vi vi vi vi vi vi vi vi
12:01 am MT until Saturday Week 4 at 11:59 pm MT.
vi vi vi vi vi vi vi vi vi vi
1. Exam Coverage vi
Content Areas:
vi vi
• Week 1: Immunological Pathologies vi vi vi
• Week 2: Hematological and Cardiovascular Pathologies
vi vi vi vi vi
• Week 3: Pulmonary Pathologies vi vi vi
• Week 4: Urinary System Pathologies vi vi vi vi
2. Key Concepts to Study
vi vi vi
Alterations in Immunity and Inflammation:vi vi vi vi
• Pathophysiology of the four types of hypersensitivity reactions vi vi vi vi vi vi vi vi
ACID
Type I vi
Immediate (Anaphylaxis) – uses IgE antibodies – antibodies bind to mast vi vi vi vi vi vi vi vi vi vi
cells and basophils- vi vi
releases histamines based on prior exposure to the allergen. Results to vasodilatio
vi vi vi vi vi vi vi vi vi vi vi vi
n, bronchoconstriction, hives, edema and anaphylaxis (severe).
vi vi vi vi vi vi
Hay fever, insect bites, food/drug allergies, asthma vi vi vi vi vi vi
Type 2 vi
Antibody-Mediated (Cytotoxic) -IgG/IgM antibodies – bind to antigens on vi vi vi vi vi vi vi vi
the surface of host cells – blood cell, platelets, tissues –
vi vi vi vi vi vi vi vi vi vi
activates the complement system – leads to lysis –
vi vi vi vi vi vi vi vi vi
formation of the membrane attack complex.vi vi vi vi vi vi
Phagocytosis may occur. vi vi
transfusion reactions, autoimmune hemolytic anemia, Graves Disease, Rh I vi vi vi vi vi vi vi vi
ncompatibility, MG vi
Type 3 vi
Immune-Complex -IgG/IgM. formation of immune complex that deposit vi vi vi vi vi vi vi
in the tissues. Activates the complement system –
vi vi vi vi vi vi vi
leads to inflammation and tissue damage.
vi vi vi vi vi vi
SLE, RA, serum sickness, vasculitis, glomerulonephritis vi vi vi vi vi
DownloadedvibyviJosephineviKimanivi()
,Type 4
vi
Delayed (Cell Meditated)- T-cells (CD4, TH1). Antigen presenting cells
vi vi vi vi vi vi vi vi
capture the antigen and present in T helper cells which become sensitized and act
vi vi vi vi vi vi vi vi vi vi vi vi vi
ivate during subsequent exposure. Upon re-
vi vi vi v i vi
exposure the t cell releases cytokins – activation of immune cells-
vi vi vi vi vi vi vi vi vi vi
causes inflammation and tissue damage.
vi vi vi vi vi
DownloadedvibyviJosephineviKimanivi()
, Contact dermatitis, TB, chronic transplant rejection, MS
vi vi vi vi vi vi
• Prototype diseases that reflect each of the four types of hypersensitivity (i.e. Type IV-
vi vi vi vi vi vi vi vi vi vi vi vi vi
contact dermatitis) and signs and symptoms
vi vi vi vi vi
Type I – Immediate (Anaphylaxis)
vi vi vi vi
Cause: Allergens (food/meds/hay fever, asthma, dermatitis)
vi vi vi vi vi vi
Components: IgE, Mast Cells, histamine vi vi vi vi
S/S – vi
Sudden onset wheezing vi
Hives hypotension, tachycardia, dizziness vi vi
Swelling
nausea, vomiting, diarrhea vi vi v
Shock (severe) i vi
Type 2 -Cytotoxic (Antibody Mediated)
vi vi vi vi
Cause: receiving incompatible blood type, hemolytic anemia, Graves Disease,
vi vi vi vi vi vi vi vi vi
MG
S/S – vi
Fever hypotension, jaundice vi
Chills hemoglobinuria
Back/flank pain renal failure/shock (severe) vi vi vi
Type 3 -Immune- vi vi
Complex Cause: Autoimmune vi vi
response
vi
Components – IgG/IgM, antibody- vi vi vi
antigen components, complement, RA, serum sickness, glomerulonephritis, hyper
vi vi vi vi vi vi vi
sensitivity pneumonitis, TB, MS DMI vi vi vi vi
S/S-
Butterfly rash (Malar rash) vi vi vi
renal involvement Fati vi vi
gue/fever neurological sympotms vi
Joint pain vi
serositis (pericarditis/pleuritis) vi
Photosensitivity vi
Type 4 – Delayed Type
vi vi vi vi
Cause : skin contact with allergen (poison ivy, nickel, latex) Co
vi vi vi vi vi vi vi vi vi vi
mponents -T cells, cytokins, macrophanges
vi vi vi vi
S/S
Red, itchy rash vi vi
localized swelling vi
Blisters vi
Scaling/thickened skin (with chronic exposure) vi vi vi vi
• Treatment options for diseases under each hypersensitivity category
vi vi vi vi vi vi vi vi
Type I – Immediate Type (Anaphylaxis)
vi vi vi vi vi
Anaphylaxis Treatment vi
Epi Antihistamines
Oxygen Corticosteriods
IV fluids vi
DownloadedvibyviJosephineviKimanivi()
, Airway Management
vi
Allergic Rhinitis Treatment
vi vi vi
DownloadedvibyviJosephineviKimanivi()