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ECHO > Scanning > Flashcards

Scanning Flashcards

1
Q
A

Mid Esophageal 5C

ME 5C 0 degree

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2
Q

the differentes in rotation between the LV base and the apex
Measure in degree

A

Twist

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3
Q

Movement is which the transducer is Fixed in position but the face of the Tranducer is moved to demostrate other image planes in the same axis

A

Tilt

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4
Q

The transducer maintaint the same axis orientation to the heart but moves to a different imaging plane

A

Tilt

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5
Q
A

Displacement

Tissue Doppler derived strain and strain rate

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6
Q

Firt view that we get on TEE

A

Mid esophageal 5 chamber View

0 degree

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7
Q

the transducer maintains a stationary position while the index marker is moved to a new position

A

Rotation

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8
Q
A

UE Aortic Arch long Axix view

0 to 10 degree

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9
Q
A

Strain Rate

Tissue Doppler derived strain and strain rate

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10
Q

The grandiant angle from the base to apex, measure ins degree per cm

A

Torsion

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11
Q

Name of the Probe tip motion anterior and posterior

A

Anteflex = Anterior
Retroflex= Posterior

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12
Q
A

Mid Esophageal LV long axis view

120-140 Degree

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13
Q
A

Trans gastric LV Basal Short axic view

0 Degree

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14
Q
A

Mid esophageal Ascendin aorta short axis view

we get this view from the long axis of the aorta

0 to 30 Degree

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15
Q

Name of the Vertical Motion on TEE of the probe in the esophagus

A

Advance = donw
Withdram = Up

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16
Q

you can see the crsital terminalis between SVC and RAA

A

Mid esophageal Bicaval view

90 - 110 degree

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17
Q
A

UE Aortic Arch short axis view

The round on top is the Aorti Arch

the curve in the botton is the Pulmonary Artery

18
Q

The transducer moves across the patient skin to a new position

A

Slide

19
Q
A

Velocity

Tissue Doppler derived strain and strain rate

20
Q
A

Mid esophageal AV long axis view

120- 140 degree (same as Lv long axis)

21
Q

move the porbe to the left or to the right TEE

A

Flex to the right
Flex to the left

22
Q

Refers to a motion in which the image is optimized by keeping the transducer in the same position and directing the sound beam toward a structure of interest

A

Angle

23
Q

Name of the rotation of the entire probe toward the patient right of left. TEE

A

Turn

24
Q
A

Upper Esophageal Desc. Aorta Short Axis view

0 Degree

25
Q
A

Mid esophageal Aorta Long axis view

90 to 110 Degree

26
Q
A

Tissue Doppler derived strain and strain rate

the one wiht more notorius change is Strain

27
Q
A

Mid Esophageal 2 C

At 90 degree

Look the wall are the same as TTE

28
Q
A

Mid Esophageal Mitral commissural view

At 60 Degree

29
Q

Multiple transducer movements are used to record a long video clip to show multiple anatomic structures

A

Sweep

30
Q

The circular motion of the LV miocardium around its long axis, measure in degree

A

Rotation

31
Q
A

Mid Esophageal 4C

ME 4C 0 degree after 5 chamber we antegrade

32
Q

Within the same imaging plane, the transducer changes orientation either toward or away from the orientation marker

A

Rock

33
Q

The transducer is Kept at the same location on the chest, and the sound beam is directed to Show a new structure

A

Angle

34
Q
A

Strain

Tissue Doppler derived strain and strain rate

35
Q

Differences between Rock and Tilt

A

Rock stays in the Same plane
And Tilt stay in the same axys but move toa different plane

36
Q

Absolute Contraintication of TEE

A

Al esophageal (not esophagela varices) + Perforate viscus and Active Upper GI

37
Q

Standars View of TEE

A

Upper Esophageal (UE)
Mid Esophageal (ME)
Transgastric (TG)
Mid Transgastric (DTG)

38
Q
A

Mid esophageal AV short axis view

25 to 45 degree

39
Q
A

TG Mid Lv short Axis view

40
Q
A

Mid esophageal RV inflow and outflow

50 to 70 degre

ECHO (4 decks)

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