TEE Quiz

25 Questions | By Aniyahr | Updated: Mar 21, 2022 | Attempts: 983

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Transoesophageal Echocardiography Quiz For all those who find TEE exciting and interesting. .

Questions and Answers

1.

Name the view and the structure..
2.

Patient underwent Rastelli operation for d-TGA. We noticed this mass above mitral leaflet which was not there before going on CPB. We suggested the surgeon to do a manipulation after which the mass dissappeared. What was the mass?
3.

What is the most obvious abnormality here..
4.

Most obvious abnormality and two causes for the same..
5.

Give a diagnosis
6.

What is happening here..
7.

Give a diagnosis..
8.

Give a diagnosis.. The PWD has been placed at the location of flow towards the transducer in the video..
9.

Give the most probable diagnosis..
10.

All are true about TAPSE except,
- A.
  
  Tricuspid Annular Plane Systolic Excursion
- B.
  
  It is a reliable measure of RV systolic function
- C.
  
  Normal TAPSE is 20 – 25 mm
- D.
  
  TAPSE is measured at the septal aspect of tricuspid annulus
- E.
  
  Can be measured using either the M- mode or 2D echo
11.

The following statements about the normal mitral valve are all true, except
- A.
  
  Posterior annulus is more prone to dilatation in pathologic conditions
- B.
  
  Annulus stays saddle shaped throughout the cardiac cycle
- C.
  
  The posterior leaflet has larger annular attachment than anterior leaflet
- D.
  
  ME Bicommissural and ME LAX views are aligned to major and minor axes of mitral annulus respectively
12.

Which of the following statements concerning determination of stroke volume using Doppler is incorrect..
- A.
  
  VTI and Area should be determined at the same location
- B.
  
  LVOT, AV, Ascending aorta and Main Pulmonary artery are all equally suitable for measuring stroke volume
- C.
  
  The spatial flow velocity profile should be flat
- D.
  
  VTI should be determined with ultrasound beam parallel to blood flow
- E.
  
  VTI and area should be determined during mid systole
13.

This kind of Doppler velocity profile is seen in
- A.
  
  Left ventricular Hypertrophy
- B.
  
  Mitral stenosis
- C.
  
  Tricuspid regurgitation
- D.
  
  Mitral regurgitation, in early stages
- E.
  
  Hypovolemia
14.

What is being measured here ?
15.

What other measurements are usually done along with this..
- A.
  
  Mitral annulus diameter
- B.
  
  Leaflet heights and their ratio
- C.
  
  Coaptation height
- D.
  
  Septal thickness
- E.
  
  Left ventricular dimensions
16.

What is being measured here?
- A.
  
  Systolic index of contractility
- B.
  
  Mitral inflow velocity
- C.
  
  Diastolic index of contractility
- D.
  
  Severity of mitral regurgitation
- E.
  
  Severity of mitral stenosis
17.

Which Chamber..
- A.
  
  Right Ventricle
- B.
  
  Left Ventricle
- C.
  
  Right Atrium
- D.
  
  Left Atrium
- E.
  
  Pulmonary artery
18.

Name the structure pointed by the arrow..
- A.
  
  Tricuspid Valve
- B.
  
  Aorta
- C.
  
  Pulmonary Valve
- D.
  
  Right Ventricle
- E.
  
  Aortic Valve
19.

Which segment of LV is to the left of the screen?
- A.
  
  Anterior
- B.
  
  Posterior
- C.
  
  Lateral
- D.
  
  Septal
- E.
  
  Inferior
20.

The most probable order of leaflet segments from left to right in this view..
- A.
  
  P1, P2, P3
- B.
  
  A1, P2, A3
- C.
  
  P3, A2, P1
- D.
  
  P!, A2, P3
- E.
  
  A3, P2, A1
21.

The marker is at..
- A.
  
  Aorta
- B.
  
  Right pulmonary artery
- C.
  
  Left pulmonary artery
- D.
  
  Main pulmonary artery
- E.
  
  Right pulmonary vein
22.

The marker is at..
- A.
  
  Mitral Valve
- B.
  
  Tricuspid Valve
- C.
  
  Aortic Valve
- D.
  
  Pulmonary Valve
23.

Which segment of leaflet is being pointed by the arrow..
- A.
  
  A3
- B.
  
  A2
- C.
  
  P1
- D.
  
  P2
- E.
  
  P3
24.

What Carpentier class of leaflet motion..
- A.
  
  Class I
- B.
  
  Class II
- C.
  
  Class III A
- D.
  
  Class IIIB
25.

Doppler spectrum is due to ..
- A.
  
  Flow across pulmonary Valve
- B.
  
  Flow across Tricuspid Valve
- C.
  
  Flow across Mitral Valve
- D.
  
  Flow across Aortic Valve