CUT 401 Adult echocardiography 2 Quiz 5 review sheet: Flashcards

(30 cards)

1
Q
  1. Know the 2D echo findings in chronic pulmonary hypertension (PHT)?
A

1) Dilated IVC >2.1 cm with loss of inspiratory collapse

2) D-shaped LV

3) PA dilatation (>2.1 cm)

4) Paradoxical septal motion

5) RA dilatation

6) RV dilatation with flattened IVS

7) RV hypertrophy (>5mm wall thickness)

8) RV WMA

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2
Q
  1. Know which view a flattened IVS can be visualized best?
A
  • PSAX (Parasternal short axis)

At the level of Papillary muscle

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3
Q
  1. Know which view can best visualize coarctation of the aorta?
A
  • Suprasternal notch & Subcostal views
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4
Q
  1. Know the Doppler characteristics of pulmonary hypertension (PHT)?
A

1) Early peaking PV waveform

2) “Flying W” sign

3) Mid-systolic notching of PA waveform

4) Shortened acceleration time:

  • Mild: 80–100ms
  • Moderate: 60–80ms
  • Severe: <60ms

5) Varying degrees of TR and PR

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5
Q
  1. Know the difference between systemic and pulmonary hypertension?
A

1) Systemic hypertension affects LV: causes LVH

2) Pulmonary hypertension affects RV: causes RVH

or

  • Systemic hypertension affects LV:
    1) causes LVH (Left ventricle hypertrophy)
    2) Impaired diastolic function
    3) Normal systolic function
  • Pulmonary hypertension affects RV:
    causes RVH
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6
Q
  1. What are the Pulmonary Artery Pressure values for mild, moderate and severe PHT?
A

1) Normal: 18–25 mmHg
2) Mild: 30–40 mmHg
3) Moderate: 40–70 mmHg
4) Severe: >70 mmHg

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7
Q
  1. Know the types of wall motion and what akinesis is associated with?
A

???????
* Akinesis of the **free wall **of the RV is seen in Pulonary Emoblism (McConnell sign)

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8
Q
  1. What can atrial myxoma mimic?
A
  • Can mimic mitral stenosis (MS) or tricuspid stenosis (TS) on Doppler
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9
Q
  1. Know how an atrial myxoma looks on 2D and Doppler echo?
A

1) Heterogeneous
2) irregular, mobile mass
3) Arises from Fossa Ovalis of IAS
4) May prolapse across the mitral annulus into LV (diastole)
5) Tumor Plop sound
6) Evaluate with color flow and PHT

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10
Q
  1. What is the most common primary malignant intracardiac tumor?
A

1) Angiosarcoma

2) Occurs: RA or Pericardium

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10
Q
  1. Know how **lipomatous hypertrophy **looks on 2D echo?
A

Dumbbell” appearance of atrial septum

2) Fatty infiltration/Thickness that spares fossa ovalis

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11
Q
  1. What are the complications of RA thrombus?
A
  • Pulmonary embolize ????
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12
Q
  1. What is the Eustachian valve and where is it located?
A
  1. Embryologic remnant that lies at the junction of the IVS & RA
  2. Directs oxygenated blood to foramen ovale in fetal circulation but does not have any significant after the closure of the foramen ovalve
  3. Can present thickness, Length & shape
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13
Q
  1. What is the most common tumor to metastasize to the heart?
A
  1. Melanoma
  2. Nonprimary calcification
  3. Highest rate of
    pericardial metastases
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14
Q
  1. Are primary or secondary heart tumors more common?
A
  • Secondary (nonprimary) tumors are 20–40x more common
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15
Q
  1. What is the most common abnormality of the aorta?
A
  • Dilation is the most common abnormality of the aorta.
16
Q
  1. In which views do we visualize each part of the aorta?
A

1) PLAX: Aortic root and ascending aorta

2) High Parasternal: Ascending aorta

3) SAX: AV, aortic root, ascending aorta

4) Apical 5CH / Apical 3CH: AV, aortic root, ascending aorta

5) Apical 2CH: Descending aorta

6) Subcostal: AV, aortic root, descending aorta, abdominal aorta

7) Suprasternal notch: Ascending aorta, aortic arch and branches, descending aorta

17
Q
  1. How much should the diameter of the aortic root exceed for an aortic aneurysm to be diagnosed?
A

1) Diameter increased by at least 50% compared with normal

2) Aneurysm is diagnosed when exceeding the expected diameter by 50%

3) Ascending aorta > 5.0 cm

4) Men > 4 cm

5) Women > 3.8 cm

18
Q
  1. What is aortic dissection?
A

1) An intimal tear in the aortic wall in which blood enters a false lumen/channel between the intima and media.

2) Life-threatening

3) Tear may extend further or rupture

19
Q
  1. How does pulmonary hypertension affect the heart?
A

1) Causes RV dilatation & hypertrophy

2) Paradoxical septal motion

3) RA enlargement

20
Q
  1. What is a Sinuses of Valsalva aneurysm?
A

1) Dilatation of a sinus of Valsalva causing protrusion into adjacent chambers

2) Most commonly congenital malformation causes a saccular dilation of the sinus

Liked

a) Marfan syndrome
b) Ehlers Danlos
c) bicuspid AV

21
Q
  1. Know how aortic dissection looks on 2D and Doppler echo?
22
Q
  1. Know where each of the Sinuses of Valsalva aneurysms protrude?
A

Right coronary sinus → protrudes into RVOT (most common)

Left coronary sinus → protrudes into LA

Noncoronary sinus → protrudes into RA

23
Q
  1. How does pulmonary embolism present on echo and what is the sonographic sign associated with it?
A

1) PA dilation & ↑ increase PA pressure

2) RV dilatation & dysfunction

3) McConnell sign (sign is an acute Pulmonary embolism): akinesis of RV free wall with hyperdynamic apex

24
25. How does pulmonary hypertension affect the TV?
1) Causes annular dilatation → TR annulus 2) Normal TVA = 7–9 cm² Maybe can’t find the info ????????
25
26. What is the most common primary benign cardiac neoplasm?
* Myxoma
26
27. Know how coarctation of the aorta looks on Doppler in echo?
Doppler will demonstrate: 1) Increased velocity >1.5 m/s at the site of coarctation/narrowing 2) Monophasic, tardus parvus waveform flow distal to coarctation 3) Low velocity, low resistance monophasic flow in the abdominal aorta
27
28. Know how papillary fibroelastoma, sarcoma, rhabdomyoma, and myxoma look on echo and how to differentiate between them?
1) Papillary fibroelastoma: small, mobile mass on valves 2) Sarcoma: variable appearance, usually RA 3) Rhabdomyoma: intramyocardial, multiple, pediatric 4) Myxoma: heterogeneous, mobile, attached to IAS
28
29. Which views are used to diagnose Sinuses of Valsalva aneurysm?
1) PLAX, PSAX, and TEE for detailed visualization 2) TEE provides best image quality
29
30. How does Marfan syndrome present on echo?
1) Dilatation of ascending aorta and sinuses of Valsalva 2) Effacement of sinotubular junction Associated with: 1) Aortic insufficiency 2) Aortic root dilatation, 3) MR 4) MVP 5) Risk of aortic dissection