Top Tweets for #cpetecho
๐ซ Pulmonary pressure should always be interpreted in the context of flow.
We therefore assessed the mPAP/CO slope during #ExerciseEchocardiography combined with #CPET (#CPETecho).
๐ An mPAP/CO slope >3 mmHg/L/min defined exercise pulmonary hypertension (#exPHT).
2/8
๐Our multicenter #ExerciseEchocardiography study shows that the mPAP/CO slope is a more prognostically relevant marker of exercise pulmonary hypertension in primary mitral regurgitation than peak sPAP alone ๐ซ
#EHJVSHD #CPETEcho #VHD
https://t.co/LPida6yxkB
Pulmonary artery pressure should always be interpreted in the context of flow in primary MR
https://t.co/dMBqmom7C8
To support practical application, we developed a web tool so you can classify HFpEF patients based on #CPETecho results: https://t.co/ygzX2yv5Nf
Third paper this month for @DeSchutterStephโผ๏ธ
In #JAHA @American_Heart we demonstrate that 5 different responses to exercise exist in #HFpEF patients
We applied #MachineLearning to #CPETecho data of 913 pts๐ง๐ช๐ณ๐ฑ๐ฎ๐น
In patients with unexplained dyspnea, CPETecho improves diagnostic completeness compared to CPET or exercise echo (diastolic stress test) alone.
New publication in @ESC_Journals #EHJCVI
๐https://t.co/S9sEl1ia4j
We analyzed 124 patients across 2 centres โคต๏ธ
Congratulations to ๐@S_Dhont, @_Sara_Ferreira, @Ph_Bertrand and thank you to all co-authors and patients! ๐
#CPETecho #CardioX #EchoFirst #VHD
#MitralRegurgitation #PMR #MR
๐
https://t.co/wzA4ozc0bN
6/7
Cardiopulmonary exercise testing in contemporary cardiology: physiological insights, novel applications and evolving algorithms https://t.co/y6tTSsvc5V
#HeartFailure2026 workshop
HF unplugged Room 1 ๐Sunday 13.15
#CPETecho for suspected #HFpEF
bookmark it ๐ข
https://t.co/HXv55ljCxe
1/
Why do patients with #HFpEF become breathless during exercise?
Our new State-of-the-Art Review in #EHJ explains the physiology of exercise intolerance and a practical diagnostic approach.
Led by ๐ @Landsteiner_I, @FH_Verbrugge & @GLewisCardiol ๐
#CPET #CPETecho #iCPET๐งต
Fig points to the periphery as the main driver of gains in exercise capacity in #HFpEF
Privileged to be involved in this review with @Landsteiner_I, @FH_Verbrugge and @GLewisCardiol ๐ซ @ESC_Journals
#HeartFailure #CardioTwitter #CPETecho
New figure from Landsteiner et al. in @EHJjournal breaks down exercise intolerance in #HFpEF ๐ซ
Key takeaways:
๐ Peak VOโ in HFpEF is ~13 mL/kg/min โ below whatโs needed for basic daily tasks like carrying groceries
๐ Contributors span multiple systems: myocardial stiffness, pulmonary remodelling, peripheral factors, obesity, rhythm disturbances & renal dysfunction
๐ Most pharmacologic strategies show modest benefit (~0โ4% change in exercise capacity)
๐ Exercise ยฑ diet leads the pack with ~17โ19% improvement โ the strongest signal across all interventions
Bottom line: HFpEF is a multisystem disease. Lifestyle intervention remains our most powerful tool for improving exercise tolerance.
#HeartFailure #HFpEF #Cardiology #CardioTwitter #MedTwitter
Great work by @Landsteiner_I -
@GLewisCardiol - @FH_Verbrugge Glad to have contributed, focusing on non-invasive assessment during exercise in #HFpEF.
#CPETecho #CardioTwitter
Whatโs really driving exercise intolerance in HFpEF? Itโs more than just the heart. From impaired oxygen delivery to peripheral dysfunction, the multi-organ mechanisms behind a key clinical hallmark of HFpEF are finally coming into focus and they matter for how we treat it. Read more in #EHJ. https://t.co/eP2R8ZvKHG
#HFpEF #cardiotwitter @ESC_Journals @escardio
@VerwerftJan Congratulations -> great session enjoyed by many of our team in Adelaide. Thanks for organising #CPETecho
A big ๐ซถthank you to our speakers, participants, case models, sponsors and the entire team behind the scenes who made the ๐ดโโ๏ธ9th #CPETecho Symposium ๐ซa great day
๐ดโโ๏ธ 2 weeks to go! ๐ซ
The 9th CPETecho Symposium is almost here.
Full program and registration๐
https://t.co/76y6qOkhg2
๐ดโโ๏ธ 2 weeks to go!
Excited to welcome Gregory Lewis to the 9th #CPETecho Symposium.
Greg has shaped how we translate exercise physiology into clinical practice.
A must-attend session ! starting with a live case at 11.00 h CET and his keynote at 11.20 CET
https://t.co/qxtCTYNsn1
๐ดโโ๏ธ 2 weeks to go! ๐ซ
The 9th CPETecho Symposium is almost here.
Full program and registration๐
https://t.co/76y6qOkhg2
๐งต 1/2
Registration open โ 9th ExEcho Symposium
๐ Saturday, March 14, 2026 | Hybrid ๐ง๐ช + Online | In English
Keynote: Greg Lewis @GLewisCardiol (MGH Boston)
Live cases | ExEcho ยฑ CPET
๐ https://t.co/76y6qOkhg2
#ExEcho #CPETecho #CPET
#ICYMI
๐ insight from this simultaneous #CPETecho study ๐
AF โ and increasing AF burden โ primarily impairs forward stroke volume during exercise, rather than increasing filling pressures.
๐งตโคต๏ธhttps://t.co/NeqSXbZxtC
๐งต New paper in Journal of Cardiac Failure
How does atrial fibrillation affect exercise hemodynamics in HFpEF?
๐ซ๐ซ๐ด =#CPETecho
We combined CPET with echocardiography to dissect the mechanisms ๐
led by ๐@S_FoulkesAEP @_Sara_Ferreira @mhaykows ๐
#HFpEF #AtrialFibrillation
HFpEF patients from a dedicated dyspnoea clinic, stratified by rhythm and phenotyped using #CPETecho to study exercise physiology.
https://t.co/kVQZI3Zdcn
๐งตโคต๏ธ
๐งต New paper in Journal of Cardiac Failure
How does atrial fibrillation affect exercise hemodynamics in HFpEF?
๐ซ๐ซ๐ด =#CPETecho
We combined CPET with echocardiography to dissect the mechanisms ๐
led by ๐@S_FoulkesAEP @_Sara_Ferreira @mhaykows ๐
#HFpEF #AtrialFibrillation
๐ A closer look at the methods of our latest paper ๐
Using #CPETecho, we simultaneously quantified HR, SV, CO, mPAP and aโvOโdiff to explain VOโpeak in HFpEF with atrial fibrillation
๐งตโคต๏ธ
https://t.co/NeqSXc05ja
๐งต New paper in Journal of Cardiac Failure
How does atrial fibrillation affect exercise hemodynamics in HFpEF?
๐ซ๐ซ๐ด =#CPETecho
We combined CPET with echocardiography to dissect the mechanisms ๐
led by ๐@S_FoulkesAEP @_Sara_Ferreira @mhaykows ๐
#HFpEF #AtrialFibrillation
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