FM-quiz TEEbas
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- Question 1 of 48
1. Question
Test
Test yourself: Insert missing letters. In the image each letter labels a structure. Please compare the image with the statements. Insert the correct letter missing in each statement and click the- Shows Left atriumShows Tricuspid valveShows Right ventricleShows Ventricular septumShows Mitral valveShows Left ventricle
Correct 5 / 5 PointsIncorrect / 5 PointsQuestion 2 of 482. Question
Test
Test yourself: Insert missing letters. In the image each letter labels a structure. Please compare the image with the statements. Insert the correct letter missing in each statement and click the- Shows Left ventricle
(anterior part)
-
(RVOT)
3. Question
Test

- Shows LVOT ) Left ventricle outflow tract)Shows Left atriumShows RVOT (Right ventricle outflow tract)Shows Anterior mitral leafletShows Aortic valveShows Proximal ascending aorta
4. Question
Structures in the ME AV SAX view

- shows the left atriumshows the left coronary cusp of the aortic valveshows the right atriumshows the right coronary cusp of the aortic valveshows the non-coronary cusp of the aortic valveshows the right ventricle
5. Question
Test

- Shows Posteromedial papillary muscleShows Left ventricle inferolateral wallShows Ventricular septumShows Left ventricle anterior wallShows Left ventricle cavityShows Anterolateral papillary muscle
6. Question
Test

- Shows Left atriumShows Noncoronary cuspShows Right atriumShows Left coronary cuspShows Right ventricle
7. Question
Test

(LVOT)
(RVOT)
8. Question
Nomenclature of the MV

-
shows the A3 segment
shows the A1 segmentshows the anterolateral commissureshows the posteromedial commissureshows the P2 segmentshows the A2 segment
9. Question
The ME RV inflow-outflow view

- shows the left coronary cuspshows the posterior tricuspid leafletshows the right pulmonic cuspshows RVOTshows the right coronary cuspshows anterior pulmonic cusp
10. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M2_P12?
Sort elements
- the points to be distinguished as separate
- three components: axial, lateral and
elevational - the pulse length (wavelength)
- the most precise
- the number of pulses per unit of time
(second)
- Spatial resolution is the smallest distance between 2 points that allows
- Spatial resolution has
- Axial resolution depends on
- Axial resolution is
- Pulse Repetition Frequency (PRF) is
11. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M2_P16?
Sort elements
- emit and receive signals
- phased array crystals
- superior temporal resolution
- a single crystal emits and receives
signals - the quality of the tissue, the size and depth of the assessed object
- In 2D Mode, several crystals
- Modern echocardiography systems use
- M-mode has
- In M-Mode
- The reflected sounds energy
is proportional to
12. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M2_P29?
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- is the number of cycles per second
- are inversely related
- is better when the frame rate is increased
- superior to lateral resolution
- at the focal point
- Frequency
- Frequency and wavelength
- Temporal resolution
- Axial resolution is
- The spatial resolution is best
13. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M3_P10?
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- pushing or pulling the whole probe
- rotating the small control wheel
- rotation of the whole TEE probe
to the right or left of the patient - by sequential activation of the piezoelectric crystals
- by turning the large control wheel clockwise, respectively counterclockwise
- Advance or withdraw of the TEE probe means
- Flexing to the left and to the right of the tip of the TEE probe is done by
- Turning to the right or to left means
- Phased array means, that the US beam
is electronically focused, - Anteflexing and retroflexing of the tip of
TEE probe is done
14. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M3_P101?
Sort elements
- the anterior wall of LV is visualized at
the bottom of the screen - are life-threatening complications to
TEE - advance/withdraw, turning, flexion
and rotation of the scan plane - absolute contraindications to
perform a TEE - ”the opening shot” in the operating
room
- In the TG 2 CH view
- Esophagus perforation, upper gastrointestinal bleeding, arrythmias,
- The following movements are possible
with the multiplane TEE probe: - Esophageal trauma, tumor, stenosis,
perforation or diverticulum are - The ME 4 CH view is usually
15. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M4_P20?
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- are made at end systole, when the dimensions are maximal
- are made from ”leading edge to leading edge”
- where LVIWd > 0.9 cm
- means the dilation of the LA
- the axial resolution is better than
lateral resolution
- All measurements of the RA and LA
dimensions - M-Mode measurements of LV dimensions
- LV is hypertrophic
- An LA area > 20 cm2
- For 2D measurements
16. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M6_P27?
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- the stroke volume through the aortic,
mitral, pulmonic and tricuspid valve is the same - denotes severely impaired LV
systolic function. - is normal
- when the LV has normal shape and
a uniform contraction in all segments - eyeballing
- In a normal heart, without valvular pathology,
- An EF of less than 30 %
- A FAC of more than 45 %
- SF can only be used,
- The most used method for intraoperative
assessment of global LV systolic function is
17. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M9_P15?
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- < 5 mm
- < 60% of the LV end-diastolic area
- ME bicaval
- moves towards the LV at end-diastole
- the RV throughout the entire cardiac cycle
- Normal right ventricle wall thickness at
end-diastole is - RV end-diastolic area
- The best view in evaluation of atrial septum is
- In RV volume overload, the ventricular septum
- The ventricular septum has a normal convex curvature toward
18. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M10_P26?
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- is calcific degeneration
- pressure overload of the left ventricle
- indicates severe aortic stenosis
- a degree of regurgitation may occur
- produces hypertrophy of the left ventricle
- The most common etiology in aortic
stenosis - In aortic stenosis there is
- An aortic valve area less than 0.8 cm2
- In aortic stenosis
- Aortic stenosis may
19. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M10_P27?
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- both pressure and volume overload of the LV
- is calcification and/or degeneration of the
aortic valve - Vena Contracta
- haemodynamic conditions
- severe aortic regurgitation
- In aortic valve regurgitation, there are
- The most common cause of aortic valve
regurgitation - A reliable parameter in assessment
of the severity of aortic regurgitation is - Vena Contracta is less dependent on the
- A Vena Contracta diameter > 0.7 cm indicates
20. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M11_P59?
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- appear smaller
- IIIb
- more than 7 mm denotes severe
mitral regurgitation - the regurgitant jet tends to be central
- decreases by one degree, during
general anesthesia
- Due to the Coanda effect, an eccentric
regurgitant jet will - The mitral regurgitation in ischemic heart
disease, is of Carpentier type: - A Vena contracta of
- In Carpentier type I mitral regurgitation
- The severity of mitral regurgitation
21. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M11_P60?
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- 1 cm2 denotes severe mitral stenosis
- does not depend on flow conditions
- in chronic atrial fibrillation
- increases the risk of thromboembolic
events - 50 mm Hg, is an indicator of severe mitral stenosis
- A mitral valve area of less than
- The anathomical MVA in MS
- Dilation of the left atrium can also occur
- In severe MS, the presence of spontaneous echo contrast in LA
- A pulmonary artery systolic pressure of more than
22. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M12_P19?
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- more apically related to the mitral valve
- three leaflets and three papillary muscles
- with CFD scala and Nyquist limit at
50-60 cm/s - indicates severe tricuspid regurgitation
- stenosis and regurgitation of the TV
- The tricuspid valve is placed
- The tricuspid valve has
- The measurements of VC should be made
- A Vena Contracta of more than 7 mm,
- The right atrium is dilated in both
23. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M12_P20?
Sort elements
- with the aortic valve
- related to the aortic valve
- the aortic root
- placed valve in the heart
- right ventricle
- The pulmonic valve has a common
embryological origin and morphology - In the TEE views, the PV is always
oriented to an orthogonal plane - In ME RV inflow-outflow view, the
right pulmonic cusp is placed adjacent to - The pulmonic valve is the most anterior
- In PV stenosis, there is pressure
overload of the
24. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M15_P26?
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- the diameter of the aorta is more than
5.5 cm - the ascending aorta is always involved
- the diameter of ascending aorta is more
than 4.5 cm - the descending aorta is involved
- has an increased risk of embolisation
- For thoracic aortic aneurysms, the surgery is indicated when
- In Stanford type A dissections
- In Marfan syndrome, the surgery is recommended when
- In Stanford type B dissections, just
- A protruding, mobile plaque, with dimensions more than 5 mm
25. Question
Match the phrases on the left side with the phrases on the right side to form true statements. Click “Submit” when finishedhttps://test.usabcd.org/wp-content/uploads/FM_media/TEEbas/TEEbas_Q_M16_P15?
Sort elements
- early diastolic collapse of the RV
- is considered large (severe)
- pericardial tamponade
- in one or several of the cardiac
chambers - due movement of the heart inside the
pericardial space
- In pericardial tamponade, there is an
early systolic collapse of the RA and - A pericardial effusion larger than
1.5 cm - The paradoxical movement of ventricular septum is also present in
- The pericardial tamponade appears when the pericardial pressure exceeds the pressure
- Electric alternans means, that the amplitude of ECG changes
26. Question

27. Question
. The average propagation velocity of US in soft tissue is:

28. Question
. The temporal resolution is:

29. Question

30. Question
. The propagation velocity in soft tissue is:

31. Question
. The near field:

32. Question

33. Question
B.
C.
D.
E. ?
F.
. The temporal resolution is:

34. Question
A.
B.
C.
D.
E. ?
F.
. Which of the following assertions are true?

35. Question
B.
C. ?
D.
E.
F.
. Positive Doppler shift indicate, that:

36. Question
A.
BC. ?
D. ?
E. ?
F.
. TEE is contraindicated in:

37. Question

38. Question
. About the mid esophageal views:

39. Question
. The ME AV SAX view:

40. Question

41. Question

42. Question

43. Question

44. Question
.

45. Question
. In the ME AV LAX view, left atrium is displayed:

46. Question
. About the views of the aortic valve (AV):

47. Question
. In the attached TEE film:

48. Question
. The attached TOE view on the left shows a:

