1415 Section 3

Front 1

Which is not shown in diagram?

Back 1

Left coronary cusp

Hint 1

M-mode going through LA/AO

Front 2

Which view would produce this diagram?

Back 2

PLAX

Hint 2

M-mode

Front 3

What Doppler measurement is A?

Back 3

IVRT

Front 4

What occurs with LV volume during A?

Back 4

Constant

Front 5

What is normal E/E’ ratio?

Back 5

< 8

Front 6

What is normal pulmonary vein atrial reversal (AR) duration?

Back 6

150

Front 7

Which would show least change in systole? (PLAX view)

Back 7

Left atrium

Front 8

Which semi lunar valve is not seen in pairs there in a long axis view?

Back 8

Pulmonic valve

Front 9

Which walls are visualized in 4 chamber view?

Back 9

Anterolateral and inferoseptal

Front 10

Which is normal LVOT diameter?

Back 10

18-22 mm

Front 11

The main pulmonary artery _______.

Back 11

Normally smaller than the aorta

Front 12

Acquire peak tricuspid regurgitation velocity to calculate ______?

Back 12

Systolic pulmonary artery pressure

Front 13

An E/E’ ratio of _____ Indicates an increased filling pressure.

Back 13

>14

Front 14

An E/E’ ratio of _____ Indicates an increased filling pressure.

Back 14

>14

Front 15

Which may be present if LVOT waveform is a late peaking (dagger shape) systolic jet is greater than 2 m/sec?

Back 15

LVOT obstruction

Front 16

The atrial reversal wave of the pulmonary vein flow corresponds to the _____ wave on the EKG.

Back 16

P

Front 17

The atrial reversal wave of the pulmonary vein flow corresponds to the _____ wave on the EKG.

Back 17

P

Front 18

Which falls within range of 160- 240 ms

Back 18

Mitral E wave Deceleration

Front 19

The atrial reversal wave of the pulmonary vein flow corresponds to the _____ wave on the EKG.

Back 19

P

Front 20

Which falls within range of 160- 240 ms

Back 20

Mitral E wave Deceleration

Front 21

The mitral inflow E wave deceleration must be measured from peak E wave all the way down to the baseline because?

Back 21

Measurement of time, not slope

Front 22

The atrial reversal wave of the pulmonary vein flow corresponds to the _____ wave on the EKG.

Back 22

P

Front 23

Which falls within range of 160- 240 ms

Back 23

Mitral E wave Deceleration

Front 24

The mitral inflow E wave deceleration must be measured from peak E wave all the way down to the baseline because?

Back 24

Measurement of time, not slope

Front 25

Which view might you see a PDA?

Back 25

Suprasternal

Front 26

An indicator of increased LVEDP is a pulmonary vein atrial reversal wave (PVa) duration greater than ______.

Back 26

Mitral A wave

Front 27

Which falls within range of 160- 240 ms

Back 27

Mitral E wave Deceleration

Front 28

The mitral inflow E wave deceleration must be measured from peak E wave all the way down to the baseline because?

Back 28

Measurement of time, not slope

Front 29

Which view might you see a PDA?

Back 29

Suprasternal

Front 30

The E wave peak velocity.

Back 30

Represents early diastolic LA-LV pressure gradient

Front 31

What is normal E/A ratio?

Back 31

1.32 +- 0.42

Front 32

Which walls are seen in Apical 2 chamber?

Back 32

Inferior and anterior

Front 33

Which walls are seen in apical 3 chamber?

Back 33

Inferolateral and anteroseptal

Lateral and anterior

Front 34

Which walls are seen in PLAX?

Back 34

Anteroseptal

Inferolateral

Front 35

Normal walls thickness of IVSd?

Back 35

Women: 6-9mm

Men: 6-10 mm

Front 36

Normal wall thickness of LVPWd?

Back 36

Women: 6-9 mm

Men: 6-10 mm

Front 37

Identify coronary artery anatomy:

Back 37

Acute marginal A

L circumflex A

L Anterior Descending

L Coronary A

Posterior Descending A

R Coronary A

Aorta

Inferior Vena Cava

Pulmonary A

Superior Vena Cava