Discover and read the best of Twitter Threads about #yescct

Most recents (7)

(1/12) #JACC #Tweetorial: #cvCAD in Young Adults: A Hard Lesson, but a Good Teacher
✔️#AFIJI Cohort 20 year-follow-up: fal.cn/34s2J @ActionCoeur
✔️ Editorial: fal.cn/34s2K by @ErinMichos and @AChoiHeart
@ActionCoeur @ErinMichos @AChoiHeart @MichelZedBay @mathieukerneis @docjohanne @DrHulot_PARCC (2/12) #JACC #Tweetorial: The consequences of premature #cvCAD are devastating. Declines in ASCVD events have not extended to younger adults and rates have increased particularly among women 35-54 yrs old.

Arora, et al @CircAHA: fal.cn/34s2N
@ActionCoeur @ErinMichos @AChoiHeart @MichelZedBay @mathieukerneis @docjohanne @DrHulot_PARCC @CircAHA (3/12) #JACC #Tweetorial: In this issue Collet, JP, et al (@ActionCoeur) describe a cohort of 880 adults who experienced symptomatic #cvCAD at a young age (<45 years) presenting as obstructive CAD followed for up to 20 years. fal.cn/34s3H
Read 12 tweets
⚡️ #YesCCT Coronary Plaque Assessment #Tweetorial ⚡️

By @CoronaryDoc + @AChoiHeart

✅ Why Plaque Assessment?
✅ High Risk Plaque Features
✅ Plaque Characterization/Quantification
✅ Supporting Clinical Data

#CardioTwitter #ACCImaging #SCCT2019 @heart_scct @journalCCT
1/14
2/14
As #SCD or #MI is 1st symptom of #atherosclerosis in 2/3 of pts, early ID of #CAD is of paramount importance

#YesCCT allows for
✅ ID of plaque
✅ Quant. of plaque
✅ Characterization of plaque
✅ Arterial remodeling

Lin, @LubbDup & @lesleejshaw: bit.ly/2x1b5Yz
3/14
Serial angiographic studies have demonstrated an accelerated & rapid plaque progression before most cases of ACS

Rapid plaque growth ➡️ plaque rupture ➡️ thrombus formation ➡️ MI

@LubbDup & @JonathonLeipsic et al: bit.ly/2WIt5Bj
Read 14 tweets
Do you use #whyCMR in your patients undergoing #TAVR. More slides in the thread #CVimaging #ACCImaging #ACC19
Annular assessment by #whyCMR accuracy similar to #YesCCT

data from @JACCJournals
#ACCimaging #ACC19 #Cvimaging
Peripheral calcification is the limitation for #whyCMR use in #TAVR #ACCimaging #CVimaging #ACC19
Read 7 tweets
#Cardiotwitter thank you for transforming the field of cardiology.

This paper is a testimony of that transformation brought upon by the use of #SoMe in #CV medicine. Published today in @JACCJournals

onlinejacc.org/content/73/9/1…

Here is a tweetorial on why #SoMe in #CVmedicine
If you are new to twitter look at this slide from my #SoMeGR at @LLUHealth
Engagement = Likes +Retweets
Impressions= Users that tweeted the tweet x no of their followers
More in the basics of #SoMe in onlinejacc.org/content/73/9/1…
@adityadoc1 @AdiAJoshi @poojaotherwise @almasthela
Make sure to use the hashtags to increase your engagement
List of the popular hashtags used on #cardiotwitter below- look at the reach of those hashtags!

Don’t forget Imaging hashtags: #echofirst #whyCMR #yesCCT #ACCimaging #CVimaging
More at onlinejacc.org/content/73/9/1…
Read 13 tweets
Intro to #CAC Tweetorial!

For #ACCFIT, @FiRSTSCCT @ACRRFS #ACCImaging,
@heart_scct #YesCCT #AHA18 #SCCT2019 #Cardiotwitter 😀😀

*⃣Case
*⃣Basics on CAC
*⃣CAC & prognosis
*⃣ACC/AHA 2018 vs SCCT 2017 guidelines
*⃣Case follow-up
(1/n)
Here’s a case – similar to patients we see everyday in the primary care and cardiology offices. (2/n)

72 year-old asymptomatic healthy 💃
BP 117/74, BMI 22
Lipids: TC 270, TG 100 HDL 90 LDL 155
ACC/AHA ASCVD Risk: 10%

#AHA2018 #YesCCT #CAC #ACCImaging
POLL:

Based on the clinical information, would you (3/n):

#AHA2018 #YesCCT #CAC #SCCT2019 #ACCImaging #Cardiotwitter
Read 14 tweets
What’s Your “Shear Stress”?

Want to Know More?

Relax & Read ⤵️ #Tweetorial by @CoronaryDoc + @arnavkumar

⚡️Coronary Wall Shear Stress in 12 Tweets ⚡️

1/12
Main Readings:
1) interventions.onlinejacc.org/content/early/…
2) ow.ly/XmD130mc9X8
3) link.springer.com/article/10.100…
#ACCImaging @ACCCardioEd
2/12
Wall shear stress (#WSS) is the frictional force of blood exerted tangential to endothelial surface of vessel wall & expressed in variety of units (1Pa=1N/m2=10 dynes/cm2)

It is derived from
• luminal geometry
• flow rate
• blood viscosity
• near wall velocity values
3/12
In vivo WSS calculations are derived from computational fluid dynamic (#CFD) simulations created from reconstructed 3D vessel geometries (from biplane angio/IVUS/OCT/CT/MR) combined with patient-specific pulsatile inlet/outlet velocity values (Doppler wire or other methods)
Read 12 tweets

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