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Disorders of Blood Flow and Impact

by keyxvii · shared 23 days ago
10
Questions
~6m
To complete
0
Times taken
Pathology
Subject
Deck intelligence

What this deck covers

Focus
Pathology
Practice shape
Quick check
Question mix
4 multiple choice · 6 written
Coverage
33 study sections
Blood Flow DisordersCoronary Artery DiseaseHypertensionOxidized LdlMacrophagesEndothelial Dysfunction
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Sneak peek · question 1

What happens to the distal tissue when blood flow is inhibited due to artery disease?

4 choices · multiple choice
    Question 02

    What causes angina according to the passage?

    Question 03

    What happens to the heart muscle in hypertension (HTN)?

    Question 04

    Why cannot coronary artery disease (CAD) be ruled out based on normal lipid levels or blood pressure?

    • A)
      Because CAD symptoms can occur regardless of lipid levels
    • B)
      Because normal blood flow ensures no CAD is present
    • C)
      Because LDL levels are always elevated in CAD
    • D)
      Because CAD only affects patients with high blood pressure
    Question 05

    What happens to macrophages when they ingest oxidized LDLs according to the source?

    Question 06

    What are ways to enhance endothelial function?

    Question 07

    What occurs to ATP production when oxygen deficiency is present?

    • A)
      ATP production increases significantly
    • B)
      ATP production remains constant
    • C)
      ATP production decreases
    • D)
      ATP production becomes anaerobic
    Question 08

    What are the consequences of oxygen deficiency in cells according to the source?

    Question 09

    What happens to the tricuspid valve when pressure in the RV exceeds RA?

    Question 10

    What happens during diastole when the mitral valve is open?

    • A)
      Blood flows actively from the LV to the LA.
    • B)
      Blood flows passively from the LA to the LV.
    • C)
      The ventricles contract to push blood to the body.
    • D)
      The atria contracts and kicks blood into the aorta.