yup, you answered it, in those two upper PVs blood goes away from probe ( or the same direction of sound beam) so it will show negative shift that based on color box will be blue
Beautiful illustrations. I would only suggest that you use the term "pericardial constriction" rather than "constrictive pericarditis." The suffix "itis" indicates active tissue inflammation, while pericardial constriction is the chronic condition that follows. I am aware that the term pericarditis is often used in this way in literature, and I am suggesting that it is incorrect.
any one will be fine just as I mentioned in cases of MR we have to do PW on both sides (lt & rt PV) because sometimes MR jet hit directly one of the PV and can give us wrong impression of severity of MR, so we have to prove it in other side that there is reversing S wave
I watched this a couple of times to retain these views in memory. I've applied these scanning methods to acquire the Pulv, it has been helpful.
great
For beginners it is not bad idea start following clips in order:
1) General Concept of Ultrasound & Echo
ua-cam.com/video/J0c2JCCDZTM/v-deo.html
2)probe maneuver
ua-cam.com/video/KQiYUOFx4gU/v-deo.html
3)Transthoracic Echo full protocol. Part II: Parasternal View (PLAX , PSAX, RVIT, RVOT, M-Mode)
ua-cam.com/video/9s0ek9vkasI/v-deo.html
4) Echocardiographic Anatomy; Part 1: PLAX (Parasternal Long Axis)
ua-cam.com/video/-qD7RMi-shU/v-deo.html
5) students- Fixing views on PLAX
ua-cam.com/video/IY-jr0ns8q8/v-deo.html
6) Tips & Mistakes : PLAX (long parasternal axis)
ua-cam.com/video/i1kCqhhGbVU/v-deo.html
7) Echocardiographic Anatomy Part 3: Apical Four Chambers (A4C)
ua-cam.com/video/FbZ7TbWwePA/v-deo.html
8) Students-Echo Anatomy Part 3_ A4C
ua-cam.com/video/jbPYtEFju7U/v-deo.html
9) Students- Echo Anatomy Part 4_ A2C
ua-cam.com/video/b_ty3YcbhKU/v-deo.html
10) students-Echo Anatomy Part 5_ A3C & A5C
ua-cam.com/video/HeBZltPCnkk/v-deo.html
11) Echocardiographic Anatomy Part 4: Apical Two Chamber (A2C)
ua-cam.com/video/lks6bOaw1Bw/v-deo.html
12) Echocardiographic Anatomy Part 5: Apical Three & Five Chamber A3C & A5C)
ua-cam.com/video/FEnmMzeC_iE/v-deo.html
13) Echocardiographic Anatomy Part 6: Right Ventricle Focused View (RV focused)
ua-cam.com/video/SL5iM_sdRPA/v-deo.html
14) Transthoracic Echo full protocol Part III: apical window
ua-cam.com/video/T2zVnMMfWWM/v-deo.html
15) Transthoracic Echo-full protocol Part IV: subcostal and suprasternal notch windows
ua-cam.com/video/v2V7gkudHvk/v-deo.html
16) Views & Measurements of Ascending Ao, Aortic Arch & thoracic Desc. Ao
ua-cam.com/video/-TvH6g_gOMw/v-deo.html
17) answer to Q10 : pitfalls in tracing Endocardium
ua-cam.com/video/1361b4Shetw/v-deo.html
18) MAPSE and TAPSE
ua-cam.com/video/PYvpmvuEkMg/v-deo.html
19) Ejection fraction measurement
ua-cam.com/video/hrsuDyOvKqM/v-deo.html
20) LA volume measurement
ua-cam.com/video/vQUinuGNi2Y/v-deo.html
21) Visual Guessing Ejection Fraction- Technique & practice
ua-cam.com/video/vnJgsaavr0o/v-deo.html
22) Tissue Doppler LV
ua-cam.com/video/eYeKAcb8t4s/v-deo.html
23) Tips & Mistakes: CW Doppler by Pedoff Probe
ua-cam.com/video/W3brcFY-Fao/v-deo.html
24) diastolic dysfunction part I - concept & measurement
ua-cam.com/video/gTb1h75VaRU/v-deo.html
25) diastolic dysfunction part II-grading ASE 2016
ua-cam.com/video/RLQFF8VXnKQ/v-deo.html
26) Wall Motion Abnormality in Echo
ua-cam.com/video/80aOszOy4ZY/v-deo.html
27) Wall Motion Abnormality Part II: cases & practice
ua-cam.com/video/2CtaSZ7OQac/v-deo.html
28) Strain Echocardiography by speckle tracking and tissue Doppler -Part I:technique
ua-cam.com/video/wgkbQKJo35I/v-deo.html
29) Strain Echocardiography part II: General concept
ua-cam.com/video/0sJgbfNDv3o/v-deo.html
30) students- strain echo speckle tracking
ua-cam.com/video/ghILnTk8ilo/v-deo.html
31) MCQ IV: Invasive echocardiography (TEE, ICE,...)
ua-cam.com/video/v3hzH0g1-Lk/v-deo.html
32) Master Clips
33) all Hands-on clips
34) all Tips & Mistakes Clips
35) pathologic & diseases
36) MCQ & Case studies
sooo clear explanation!
Thanks! This was really helpful!
Thank you a lot for clear explanation!
Very informative
Always the best
Thanks
I have a question, can you explain why the upper pulmonary veins are blue (away from the probe)?
yup, you answered it, in those two upper PVs blood goes away from probe ( or the same direction of sound beam) so it will show negative shift that based on color box will be blue
Thank you, but how about suprasternal View?
Check pediatric clips
Beautiful illustrations. I would only suggest that you use the term "pericardial constriction" rather than "constrictive pericarditis." The suffix "itis" indicates active tissue inflammation, while pericardial constriction is the chronic condition that follows. I am aware that the term pericarditis is often used in this way in literature, and I am suggesting that it is incorrect.
@@coughcpr3911 thanks
@@coughcpr3911 Thanks for suggestion
Thank you very much
You are welcome
How about RLPV? Which view is the best prof?
any one will be fine just as I mentioned in cases of MR we have to do PW on both sides (lt & rt PV) because sometimes MR jet hit directly one of the PV and can give us wrong impression of severity of MR, so we have to prove it in other side that there is reversing S wave
@@masteringEcho-US-cardiology thx you so much prof
@@dr.oungsavly4029 you are very welcome
I disagree no way yu can do pulmonary vein analysis on 90 percent of pts More like 15 percent
most probably 85% of your pts had poor window