| Lecture 1 |
Basic 2D TEE |
15 m' |
Hasmizy Muhammad |
Hands-on
(3 Group) |
1. Basic 2D imaging (ME & TG views),
RA (ME Bicaval view) RV (ME inflow-outflow view),
ascending aorta (distal), arch & descending aorta
2. Calculating LV Ejection Fraction & Fractional Area
Change
|
30 m' |
|
| Break |
10 m' |
|
| Lecture 2 |
MV apparatus & MV inflow Doppler Keisuke Nakazawa
- 2D image of MV apparatus & scallops & MV inflow
Doppler
- E/A ratio & Pressure Half-Time (PHT) in estimating MVA
|
15 m' |
Keisuke Nakazawa |
Hands-on
(3 Group) |
1. 2D imaging of MV (modified 4-CH, Commissural,
2CH & LAX views), MV scallop identification
2. Doppler tracing of MV inflow in early relaxation (E) &
atrial contraction (A)
3. Determining PHT for MVA estimation
|
30 m' |
|
| Break |
10 m' |
|
| Lecture 3 |
1 |
TV apparatus & TV Doppler
- TV scallop identification & TR peak velocity for estimating RV/PA pressure
- HV flow reversal & TR severity
|
15 m' |
Jeong-Jin Min |
| 2 |
AV apparatus & AV Doppler
- 2D imaging of AV & cusp identification, AVA planimetry (ME AV SAX & LAX views)
- AVA estimation by using Continuity equation (in TG & deep-TG views)
|
Hands-on
(3 Group) |
1. 2D imaging of TV (modified 4-CH, Bicaval,
RV inflow-outflow view), TV scallop identification
2. Doppler tracing of TV & TR flow
3. Doppler tracing of AV/LVOT for in TG image
|
30 m' |
|
| Break |
10 m' |
|
Case study
&
Knobology
training
|
(4 groups will rotate on 4 stations)
1. Case study 3 pathologies in the simulators
1) Case 1 (10m'): Jeong-Jin Min
- Aortic Stenosis - Valvular (A10)
- Dilated Cardiomyopathy - Very Severe Left Ventricular
Systolic Dysfunction (V15)
2) Case 2 (10m'): Keisuke Nakazawa
- Billowing Mitral valve Two leaflets (B3)
3) Case 3 (10m'): Hasmizy Muhammad, Chung-sik Oh
- Left Pleural Effusion (H4)
- Acute Anterior Myocardial Infarction (A6)
2. Basic knobology in an Echo-console (10m'):
Ji Young Yoo
|
40 m' |
Jeong-Jin Min
Chung-sik Oh
Ji Young Yoo
Keisuke Nakazawa
Hasmizy Muhamad
|
| Q&A, Wrap up |
5 m' |
|
