M-mode, Basic Measurements, Doppler Basics and TDI

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44 Terms

1
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What is located on the x-axis and y-axis in m-mode?

  1. X = Time

  2. Y = Distance

2
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<p>Identify this image. </p>

Identify this image.

PLAX image showing LA and AV

  1. RV

  2. Aortic root

  3. AV leaflets opening

  4. LA

3
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<p>Identify this image. </p>

Identify this image.

PLAX image showing LA and AV

4
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<p>Identify this image. </p>

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PLAX or PSAX image showing MV

  1. IVS

  2. RV

  3. LVOT

  4. Anterior MV leaflet

  5. Posterior MV leaflet

  6. Posterior wall

5
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<p>Identify this image. </p>

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PLAX or PSAX image showing MV

6
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<p>Identify this image. </p>

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PLAX or PSAX image showing LV

  1. LV end systolic dimension

  2. IVS

  3. LV end diastolic dimension

  4. LV posterior wall

  5. Chordae

  6. RV

7
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<p>Identify this image. </p>

Identify this image.

PLAX or PSAX image showing LV

8
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How do you measure the LVOT?

  1. PLAX

  2. Mid systole

  3. Inner to inner

<ol><li><p>PLAX </p></li><li><p>Mid systole</p></li><li><p>Inner to inner</p></li></ol><p></p>
9
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How do you measure the aortic root, STJ, and ascending aorta?

  1. PLAX

  2. End-diastole (before AV opens)

  3. Leading edge to leading edge

<ol><li><p>PLAX</p></li><li><p>End-diastole (before AV opens)</p></li><li><p>Leading edge to leading edge </p></li></ol><p></p>
10
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How do you measure the LV size or Linear Meas in end-diastole?

  1. PLAX

  2. End-diastole

  3. LARGEST LV diameter

<ol><li><p>PLAX </p></li><li><p>End-diastole  </p></li><li><p>LARGEST LV diameter</p></li></ol><p></p>
11
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How do you measure the LV size or Linear Meas in systole?

  1. PLAX

  2. End-systole

  3. SMALLEST LV diameter

<ol><li><p>PLAX </p></li><li><p>End-systole </p></li><li><p>SMALLEST LV diameter</p></li></ol><p></p>
12
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How do you measure LA diameter?

  1. PLAX

  2. End-systole

  3. Inner to inner with caliper line perpendicular to LA posterior wall

<ol><li><p>PLAX </p></li><li><p>End-systole </p></li><li><p>Inner to inner with caliper line perpendicular to LA posterior wall</p></li></ol><p></p>
13
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What is the normal value for LA diameter?

  1. Men: < 4 cm

  2. Women: < 3.8 cm

14
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How do you measure LA volume?

  1. A4C and A2C

  2. End-systole

  3. Calipers placed inner to inner on each MV annulus border

<ol><li><p>A4C and A2C </p></li><li><p>End-systole </p></li><li><p>Calipers placed inner to inner on each MV annulus border</p></li></ol><p></p>
15
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What structures should be excluded from a LA volume measurement?

  1. MV annulus

  2. PVs

  3. LAA

16
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What is the normal value for LA volume index?

< 34 ml/m²

17
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How do you measure LV volume and LVEF?

A4C and A2C using modified Simpson’s

<p>A4C and A2C using modified Simpson’s</p>
18
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What is the formula for LVEF?

LVEF = LVEDV - LVESV / LVEDV

19
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What is the normal range for LVEF?

  1. Men: 52 - 72%

  2. Women: 54-74%

20
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What is the formula for fractional shortening (FS)?

FS = (LVd - LVs / LVd) x 100

21
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What is the normal value for fractional shortening (FS)?

FS > 25%

22
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How do you measure RV size?

  1. A4C

  2. End-diastole

  3. Width at basal and mid level

  4. Length from annulus to apex

<ol><li><p>A4C </p></li><li><p>End-diastole </p></li><li><p>Width at basal and mid level </p></li><li><p>Length from annulus to apex </p></li></ol><p></p>
23
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What is TAPSE?

Measurement performed to determine RV systolic function

<p>Measurement performed to determine RV systolic function </p>
24
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What is the normal value for TAPSE?

> 17 mm

25
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What is RV TDI?

Measurement that determines how fast basal RV free wall moves during systole

<p>Measurement that determines how fast basal RV free wall moves during systole </p>
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What is the normal value for RV TDI?

S’ > 9.5 cm/sec

27
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What is RIMP?

Measurement of global RV performance

28
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<p>Identify this image. </p>

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RIMP

  • IVCT

  • IVRT

  • ET or ejection time)

  • TCO or TV closure opening time

29
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How do you measure RA volume?

  1. A4C

  2. End-systole

  3. Calipers placed inner to inner on each TV annulus border

<ol><li><p>A4C</p></li><li><p>End-systole</p></li><li><p>Calipers placed inner to inner on each TV annulus border</p></li></ol><p></p>
30
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What is the normal value for RA volume?

  1. Men: < 32 L/m²

  2. Women: < 27 mL/m²

31
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How do you measure the IVC?

Subcostal long

<p>Subcostal long</p>
32
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Which measurement is used to calculate RA pressure?

Measuring IVC

33
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What are the normal ranges for RA pressure?

  1. 3 mmHg (normal) = IVC diameter < 2.1 that collapses > 50% w/ sniff

  2. 15 mmHg (high) = IVC diameter > 2.1 that collapses < 50% w/ sniff

  3. 8 mmHg = IVC diameter and collapse do not fit other options

34
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What is RVSP?

Measurement of pulmonary artery systolic pressure

35
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What is the formula for RVSP?

RVSP = 4v² + RAP

36
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How do you calculate velocity time integral (VTI)?

Trace flow profile

<p>Trace flow profile </p>
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What measurements does the flow profile provide?

  1. VTI

  2. Peak velocity

  3. Mean velocity

  4. Peak pressure gradient

  5. Mean pressure gradient

<ol><li><p>VTI</p></li><li><p>Peak velocity</p></li><li><p>Mean velocity</p></li><li><p>Peak pressure gradient</p></li><li><p>Mean pressure gradient</p></li></ol><p></p>
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What is acceleration time?

Time from onset of flow to peak velocity

<p>Time from onset of flow to peak velocity</p>
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What is deceleration time?

Time from peak flow to end of flow

<p>Time from peak flow to end of flow </p>
40
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What is pressure half time (PHT)?

Time it takes for peak pressure to drop to half its original value

<p>Time it takes for peak pressure to drop to half its original value</p>
41
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<p>Identify this image. </p>

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Normal MV inflow

  1. E-wave or diastolic filling

  2. A-wave or atrial kick

42
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<p>Identify this image. </p>

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IVRT

  • IVCT

  • IVRT

  • FT

  • ET or ejection time

43
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<p>Identify this image. </p>

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Normal PV inflow

  1. S-wave or PSV

  2. D-wave or PDV

  3. A-wave or peak atrial reversal velocity

44
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<p>Identify this image. </p>

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Normal hepatic vein flow

  1. S-wave or PSV

  2. D-wave or PDV

  3. A-wave or peak atrial reversal velocity