#hemodynamics search results

ICU #Hemodynamics: When Albert Einstein was asked about the optimal approach to hemodynamics analysis/management in Critical Care, he said: “Everything should be made as simple as possible, but not simpler” #foamcc #foamed #meded #MedTwitter #Medstudent


facebook.com/share/p/14akY9… Hemodynamic norms for intracardiac pressures: Right heart systolic 15-30, diastolic 3-8 mmHg; left heart systolic 90-140, diastolic 5-12 mmHg. Aortic pressure 90-140/60-90 mmHg. Essential for clinical assessment. #Hemodynamics #Cardiology #MedicalNorms

CardioBeat_'s tweet image. facebook.com/share/p/14akY9…
Hemodynamic norms for intracardiac pressures: Right heart systolic 15-30, diastolic 3-8 mmHg; left heart systolic 90-140, diastolic 5-12 mmHg. Aortic pressure 90-140/60-90 mmHg. Essential for clinical assessment. #Hemodynamics #Cardiology  #MedicalNorms

Correlation between #echofirst and invasive assessment of #hemodynamics in acute decompensated heart failure-related cardiogenic shock. 🔗 academic.oup.com/ehjacc/article… #POCUS #FOAMed #FOAMcc

NephroP's tweet image. Correlation between #echofirst and invasive assessment of #hemodynamics in acute decompensated heart failure-related cardiogenic shock.
🔗 academic.oup.com/ehjacc/article…
#POCUS #FOAMed #FOAMcc

#Hemodynamics #POCUS #FOAMed #Nephpearls points: Also, Fluid responsiveness itself ≠ indication for IV fluids.

NephroP's tweet image. #Hemodynamics #POCUS #FOAMed #Nephpearls points:
Also, Fluid responsiveness itself ≠ indication for IV fluids.

Slow-motion visualization of turbulence in a patient-specific aorta as stenosis severity escalates from 0% to 70%! ✨ Crafted by Cardiovascular-Imaging Toronto, virtually induced in the thoracic segment, reveals dynamic flow changes. #MedicalInnovation #4DFlowMRI #Hemodynamics


ICU Secrets: If you use the Swan-Ganz catheter as a super long central venous catheter, such as monitoring only the CVP value, then chances are that you won’t become much wiser by inserting it… #hemodynamics #foamcc


ICU #Hemodynamics: This scientific statement from the American Heart Association was published before DanGer Shock (PMID: 38587239) and provided a framework about how to escalate/de-escalate temporary mechanical circulatory support (tMCS) in cardiogenic shock (CS):

IM_Crit_'s tweet image. ICU #Hemodynamics:

This scientific statement from the American Heart Association was published before DanGer Shock (PMID: 38587239) and provided a framework about how to escalate/de-escalate temporary mechanical circulatory support (tMCS) in cardiogenic shock (CS):

🚨🗣️@DanielChamie presenting the study now at #TCT2024 ‼️ ➡️jscai.org/article/S2772-… 💡Can Contrast Injections Cause or Propagate #Coronary Injuries? Insights From Vessel & Guiding Catheter #Hemodynamics

MyJSCAI's tweet image. 🚨🗣️@DanielChamie presenting the study now at #TCT2024 ‼️

➡️jscai.org/article/S2772-… 

💡Can Contrast Injections Cause or Propagate #Coronary Injuries? Insights From Vessel & Guiding Catheter #Hemodynamics

🆕New Study Alert! 🚨 Can Contrast Injections Cause or Propagate Coronary Injuries? Findings from a prospective, single-arm, multicenter study presented at #TCT2024💥 Read now: ➡️jscai.org/article/S2772-… @DanielChamie @RicardoPetraco @mshunshin @twj1974 @RahulBahl3 @rallamee

MyJSCAI's tweet image. 🆕New Study Alert! 🚨 Can Contrast Injections Cause or Propagate Coronary Injuries? Findings from a prospective, single-arm, multicenter study presented at #TCT2024💥

Read now:
➡️jscai.org/article/S2772-… 

@DanielChamie @RicardoPetraco @mshunshin @twj1974 @RahulBahl3 @rallamee


facebook.com/share/v/1EYrvX… A Wiggers-style left heart pressure trace: aortic (dicrotic notch), ventricular, atrial. Valve events align with pressure crossovers—defining isovolumetric contraction, ejection, relaxation, filling. #Cardiology #Hemodynamics #CardiacCycle


In this human study by Wang et al, arachidonate metabolites may trigger the prohypertensive effects of air pollution exposure #PM #eicosanoids #hemodynamics #lipidomics #CYP450 ahajrnls.org/484KaLf

HyperAHA's tweet image. In this human study by Wang et al, arachidonate metabolites may trigger the prohypertensive effects of air pollution exposure #PM #eicosanoids #hemodynamics #lipidomics #CYP450

ahajrnls.org/484KaLf

NephroP's tweet image. #Hemodynamics #evolvingscience

The very 1st line of a recent @BJAJournals states: 'In early critical illness, intravascular volume depletion secondary to capillary leak is common & requires aggressive fluid resuscitation to improve cardiac output & tissue perfusion' Why are we still propagating these myths? 🧵



PE is more complex than just clot in a vessel 🚢 #irad #cardiotwitter #hemodynamics

Normotensive shock in acute PE is more common than you think! A full RHC prior to PE intervention will save you from an “unexpected” crashing patient. Also, large clot burden does not always equal low cardiac output! @SandeepNathanMD @TheRealDoctorOs @UChicagoCardio

Jonathan_PaulMD's tweet image. Normotensive shock in acute PE is more common than you think!  A full RHC prior to PE intervention will save you from an “unexpected” crashing patient. Also, large clot burden does not always equal low cardiac output! @SandeepNathanMD @TheRealDoctorOs @UChicagoCardio
Jonathan_PaulMD's tweet image. Normotensive shock in acute PE is more common than you think!  A full RHC prior to PE intervention will save you from an “unexpected” crashing patient. Also, large clot burden does not always equal low cardiac output! @SandeepNathanMD @TheRealDoctorOs @UChicagoCardio
Jonathan_PaulMD's tweet image. Normotensive shock in acute PE is more common than you think!  A full RHC prior to PE intervention will save you from an “unexpected” crashing patient. Also, large clot burden does not always equal low cardiac output! @SandeepNathanMD @TheRealDoctorOs @UChicagoCardio
Jonathan_PaulMD's tweet image. Normotensive shock in acute PE is more common than you think!  A full RHC prior to PE intervention will save you from an “unexpected” crashing patient. Also, large clot burden does not always equal low cardiac output! @SandeepNathanMD @TheRealDoctorOs @UChicagoCardio


NephroP's tweet image. #Hemodynamics #Physiology

15. 🛑 That’s why it’s a mistake to “fill the heart to improve function.” Distending the ventricle in search of better output often worsens failure (increases wall stress, oxygen demand, ventricular interdependency) You're stretching a failing system - not supporting a healthy



facebook.com/share/p/16rwPu… 🩸💡 Your Heart Beats 100,000 Times Daily Here's Exactly Where Every Drop Goes ✅ At rest, your heart distributes cardiac output with extraordinary precision 22% to kidneys, 21% to gut, 15% to muscle, 14% to brain #Physiology #HeartFunction #Hemodynamics

CardioBeat_'s tweet image. facebook.com/share/p/16rwPu…
🩸💡 Your Heart Beats 100,000 Times Daily Here's Exactly Where Every Drop Goes ✅
At rest, your heart distributes cardiac output with extraordinary precision 22% to kidneys, 21% to gut, 15% to muscle, 14% to brain #Physiology #HeartFunction #Hemodynamics

🫀DEFINE-TAVR — examining exercise #hemodynamics & functional recovery after #TAVR with @TayyabShahMD 🔗 jscai.org/article/S2772-… #transcatheteraorticvalvereplacement Best of #JSCAI at #SCAI2026

MyJSCAI's tweet image. 🫀DEFINE-TAVR — examining exercise #hemodynamics & functional recovery after #TAVR with @TayyabShahMD 

🔗  jscai.org/article/S2772-… 

#transcatheteraorticvalvereplacement 
Best of #JSCAI at #SCAI2026

DNI = more than a number. 📈 >20% rise post-TAVR 📉 HR 0.53 (95% CI 0.34–0.82) 📊 Clear separation on Kaplan–Meier curves Beyond imaging. Beyond gradients. DNI refines risk, guides follow-up, and personalizes care after TAVR. doi.org/10.1016/j.shj.… #TAVR #Hemodynamics

Shivaba48425422's tweet image. DNI = more than a number.
📈 >20% rise post-TAVR
📉 HR 0.53 (95% CI 0.34–0.82)
📊 Clear separation on Kaplan–Meier curves
Beyond imaging. Beyond gradients.
DNI refines risk, guides follow-up, and personalizes care after TAVR.
doi.org/10.1016/j.shj.…
 #TAVR #Hemodynamics

How do stents impact blood flow and properties? This CVET study explores hemodynamic and hematological changes. Read more: hubs.la/Q04b3VY10 #BiomedicalEngineering #Stents #Hemodynamics #MedTech

CVET_Journal's tweet image. How do stents impact blood flow and properties? This CVET study explores hemodynamic and hematological changes.

Read more: hubs.la/Q04b3VY10

#BiomedicalEngineering #Stents #Hemodynamics #MedTech

One of the first ITA–MEX collaborations in cardiogenic shock 🇮🇹🇲🇽 OPP (MAP−CVP) emerges as a powerful predictor: 🔻OPP<57 mmHg→3.2×↑mortality. Not just pressure. It’s the gradient. #CardioTwitter #CardiogenicShock #Hemodynamics doi.org/10.1016/j.ahj.…

Jorgeheartshock's tweet image. One of the first ITA–MEX collaborations in cardiogenic shock 🇮🇹🇲🇽 OPP (MAP−CVP) emerges as a powerful predictor: 🔻OPP&amp;lt;57 mmHg→3.2×↑mortality. Not just pressure. It’s the gradient. #CardioTwitter #CardiogenicShock #Hemodynamics

doi.org/10.1016/j.ahj.…
Jorgeheartshock's tweet image. One of the first ITA–MEX collaborations in cardiogenic shock 🇮🇹🇲🇽 OPP (MAP−CVP) emerges as a powerful predictor: 🔻OPP&amp;lt;57 mmHg→3.2×↑mortality. Not just pressure. It’s the gradient. #CardioTwitter #CardiogenicShock #Hemodynamics

doi.org/10.1016/j.ahj.…

Original Article Effects of Repetitive Peripheral Magnetic Stimulation on Hemodynamics Compared to Neuromuscular Electrical Stimulation doi.org/10.1298/ptr.25… #RepetitivePeripheralMagneticStimulation #NeuromuscularElectricalStimulation #Hemodynamics #SkeletalMuscle

ptr_journal's tweet image. Original Article
Effects of Repetitive Peripheral Magnetic Stimulation on Hemodynamics Compared to Neuromuscular Electrical Stimulation
doi.org/10.1298/ptr.25…
#RepetitivePeripheralMagneticStimulation #NeuromuscularElectricalStimulation #Hemodynamics #SkeletalMuscle

ICU Secrets: If you use the Swan-Ganz catheter as a super long central venous catheter, such as monitoring only the CVP value, then chances are that you won’t become much wiser by inserting it… #hemodynamics #foamcc


🔬 Call for Papers | Advances in Hemodynamics We welcome papers on topics such as: ✔️ Cardiovascular flow dynamics ✔️ Fluid–structure interactions ✔️ Multiphase and non-Newtonian flows 📢 Submit here: mdpi.com/journal/fluids… #Fluids #Hemodynamics #FluidMechanics #Fluids10th

FluidsMdpi's tweet image. 🔬 Call for Papers | Advances in Hemodynamics

We welcome papers on topics such as:
✔️ Cardiovascular flow dynamics
✔️ Fluid–structure interactions
✔️ Multiphase and non-Newtonian flows

📢 Submit here:
mdpi.com/journal/fluids…

#Fluids #Hemodynamics #FluidMechanics #Fluids10th

Hemodynamic Terminology: Preload, Afterload, Contractility & Cardiac Output #Hemodynamics #Cardiology #iPrkashMishra #CriticalCare #MedicalEducation


PAC in cardiogenic shock 🫀⚡🔥 📉 Mortality ↓ (OR 0.70) ⚙️ MCS use ↑ (OR 2.76) 🦠 Sepsis ↑ (OR 1.83) Not just monitoring 👀 — a therapeutic enabler 💡 #CardiogenicShock #Hemodynamics #ACVC26 journals.lww.com/shockjournal/a…

Jorgeheartshock's tweet image. PAC in cardiogenic shock 🫀⚡🔥
📉 Mortality ↓ (OR 0.70)
⚙️ MCS use ↑ (OR 2.76)
🦠 Sepsis ↑ (OR 1.83)
Not just monitoring 👀 — a therapeutic enabler 💡
#CardiogenicShock #Hemodynamics #ACVC26
journals.lww.com/shockjournal/a…

Expect major hemodynamic shifts after aortic occlusion. Page 42 of The Trauma Surgery Code explains blood pressure response, reperfusion timing, and critical clamp-release precautions. Get your copy: [books.dratef.net] #Hemodynamics #AorticOcclusion #CriticalSurgery #war

DrATEFAHMED's tweet image. Expect major hemodynamic shifts after aortic occlusion. Page 42 of The Trauma Surgery Code explains blood pressure response, reperfusion timing, and critical clamp-release precautions. Get your copy: [books.dratef.net] #Hemodynamics #AorticOcclusion #CriticalSurgery #war

🫀 What really happens to biventricular mechanics after tricuspid TEER? Does TR reduction simply unload the RV or reshape RV-LV interplay? Insights from invasive pressure-volume analysis 👇 jacc.org/doi/10.1016/j.… #TR #TEER #Hemodynamics #PVLoop


How does the heart maintain one-way blood flow? The answer lies in the combination of pressure gradients and structure. Through repeated contraction and relaxation, the heart naturally controls flow direction. These mechanisms are governed by hemodynamics. #hemodynamics


One of the ways I.O causes fluid extravasation-> ischemic endothelial damage and capillary leaking while Dumping Syndrome -> osmotic pull. What is Third Spacing? Does its management differ from the other causes of shock? (If so how?🤔) #MedEd #hemodynamics


Invasive ➡️ noninvasive - are we close into introducing echodynamics as a standard approach when managing pts w ADHF-CS? Read the newly published paper by Frea et al. bit.ly/46fToV5 #CardShock #echofirst #hemodynamics @EHJACVCEiC @ACVCPresident @drmilicaa @ann_oleksiak

ESC_Journals's tweet image. Invasive ➡️ noninvasive - are we close into introducing echodynamics as a standard approach when managing pts w ADHF-CS? Read the newly published paper by Frea et al. bit.ly/46fToV5 

#CardShock #echofirst #hemodynamics @EHJACVCEiC @ACVCPresident @drmilicaa @ann_oleksiak

ICU #Hemodynamics: Compared with the left ventricle, the right ventricle is much less *preload-dependent* than you think and much more *afterload-sensitive* than you expect #foamed #foamcc #meded #medtwitter #pocus

IM_Crit_'s tweet image. ICU #Hemodynamics:

Compared with the left ventricle, the right ventricle is much less *preload-dependent* than you think and much more *afterload-sensitive* than you expect

#foamed #foamcc #meded #medtwitter #pocus
IM_Crit_'s tweet image. ICU #Hemodynamics:

Compared with the left ventricle, the right ventricle is much less *preload-dependent* than you think and much more *afterload-sensitive* than you expect

#foamed #foamcc #meded #medtwitter #pocus

Correlation between #echofirst and invasive assessment of #hemodynamics in acute decompensated heart failure-related cardiogenic shock. 🔗 academic.oup.com/ehjacc/article… #POCUS #FOAMed #FOAMcc

NephroP's tweet image. Correlation between #echofirst and invasive assessment of #hemodynamics in acute decompensated heart failure-related cardiogenic shock.
🔗 academic.oup.com/ehjacc/article…
#POCUS #FOAMed #FOAMcc

#Hemodynamics #POCUS #FOAMed #Nephpearls points: Also, Fluid responsiveness itself ≠ indication for IV fluids.

NephroP's tweet image. #Hemodynamics #POCUS #FOAMed #Nephpearls points:
Also, Fluid responsiveness itself ≠ indication for IV fluids.

NephroP's tweet image. #Hemodynamics #evolvingscience

The very 1st line of a recent @BJAJournals states: 'In early critical illness, intravascular volume depletion secondary to capillary leak is common & requires aggressive fluid resuscitation to improve cardiac output & tissue perfusion' Why are we still propagating these myths? 🧵



facebook.com/share/p/14akY9… Hemodynamic norms for intracardiac pressures: Right heart systolic 15-30, diastolic 3-8 mmHg; left heart systolic 90-140, diastolic 5-12 mmHg. Aortic pressure 90-140/60-90 mmHg. Essential for clinical assessment. #Hemodynamics #Cardiology #MedicalNorms

CardioBeat_'s tweet image. facebook.com/share/p/14akY9…
Hemodynamic norms for intracardiac pressures: Right heart systolic 15-30, diastolic 3-8 mmHg; left heart systolic 90-140, diastolic 5-12 mmHg. Aortic pressure 90-140/60-90 mmHg. Essential for clinical assessment. #Hemodynamics #Cardiology  #MedicalNorms

ICU #Hemodynamics: This scientific statement from the American Heart Association was published before DanGer Shock (PMID: 38587239) and provided a framework about how to escalate/de-escalate temporary mechanical circulatory support (tMCS) in cardiogenic shock (CS):

IM_Crit_'s tweet image. ICU #Hemodynamics:

This scientific statement from the American Heart Association was published before DanGer Shock (PMID: 38587239) and provided a framework about how to escalate/de-escalate temporary mechanical circulatory support (tMCS) in cardiogenic shock (CS):

ICU #Hemodynamics: Right heart catheterization cheat sheet (by visualmed.org ):

IM_Crit_'s tweet image. ICU #Hemodynamics:  

Right heart catheterization cheat sheet (by visualmed.org ):

Nice presentation regarding RV assessment in critically ill patients by @echonepean youtu.be/eIGS07puMcY?si… And interesting #hemodynamics in this case:

IM_Crit_'s tweet image. Nice presentation regarding RV assessment in critically ill patients by @echonepean

youtu.be/eIGS07puMcY?si… 

And interesting #hemodynamics in this case:

NephroP's tweet image. #Hemodynamics #Physiology

15. 🛑 That’s why it’s a mistake to “fill the heart to improve function.” Distending the ventricle in search of better output often worsens failure (increases wall stress, oxygen demand, ventricular interdependency) You're stretching a failing system - not supporting a healthy



🚨🗣️@DanielChamie presenting the study now at #TCT2024 ‼️ ➡️jscai.org/article/S2772-… 💡Can Contrast Injections Cause or Propagate #Coronary Injuries? Insights From Vessel & Guiding Catheter #Hemodynamics

MyJSCAI's tweet image. 🚨🗣️@DanielChamie presenting the study now at #TCT2024 ‼️

➡️jscai.org/article/S2772-… 

💡Can Contrast Injections Cause or Propagate #Coronary Injuries? Insights From Vessel &amp;amp; Guiding Catheter #Hemodynamics

🆕New Study Alert! 🚨 Can Contrast Injections Cause or Propagate Coronary Injuries? Findings from a prospective, single-arm, multicenter study presented at #TCT2024💥 Read now: ➡️jscai.org/article/S2772-… @DanielChamie @RicardoPetraco @mshunshin @twj1974 @RahulBahl3 @rallamee

MyJSCAI's tweet image. 🆕New Study Alert! 🚨 Can Contrast Injections Cause or Propagate Coronary Injuries? Findings from a prospective, single-arm, multicenter study presented at #TCT2024💥

Read now:
➡️jscai.org/article/S2772-… 

@DanielChamie @RicardoPetraco @mshunshin @twj1974 @RahulBahl3 @rallamee


In this human study by Wang et al, arachidonate metabolites may trigger the prohypertensive effects of air pollution exposure #PM #eicosanoids #hemodynamics #lipidomics #CYP450 ahajrnls.org/484KaLf

HyperAHA's tweet image. In this human study by Wang et al, arachidonate metabolites may trigger the prohypertensive effects of air pollution exposure #PM #eicosanoids #hemodynamics #lipidomics #CYP450

ahajrnls.org/484KaLf

facebook.com/share/p/16rwPu… 🩸💡 Your Heart Beats 100,000 Times Daily Here's Exactly Where Every Drop Goes ✅ At rest, your heart distributes cardiac output with extraordinary precision 22% to kidneys, 21% to gut, 15% to muscle, 14% to brain #Physiology #HeartFunction #Hemodynamics

CardioBeat_'s tweet image. facebook.com/share/p/16rwPu…
🩸💡 Your Heart Beats 100,000 Times Daily Here&apos;s Exactly Where Every Drop Goes ✅
At rest, your heart distributes cardiac output with extraordinary precision 22% to kidneys, 21% to gut, 15% to muscle, 14% to brain #Physiology #HeartFunction #Hemodynamics

ICU/ED/OR #Hemodynamics: IKYK that: i) blood pressure (BP) is the driving force for organ perfusion, but ii) hypotension does not always lead to hypoperfusion One of my favorite reviews (PMID: 34392972) tries to reconcile the paradox and expand on the topic:

IM_Crit_'s tweet image. ICU/ED/OR #Hemodynamics:

IKYK that: i) blood pressure (BP) is the driving force for organ perfusion, but ii) hypotension does not always lead to hypoperfusion

One of my favorite reviews (PMID: 34392972) tries to reconcile the paradox and expand on the topic:

I don’t know how we managed to cover so much ground on #HFpEF in 15 mins, but thats what happens when friends come together From what’s established to what’s in the pipeline, we covered it.. or didnt we? #Hemodynamics #Diagnosis #Drugs #Pacing #phenotype heart.bmj.com/content/heartj…

hvanspall's tweet image. I don’t know how we managed to cover so much ground on #HFpEF in 15 mins, but thats what happens when friends come together

From what’s established to what’s in the pipeline, we covered it.. or didnt we?

#Hemodynamics #Diagnosis #Drugs #Pacing #phenotype
heart.bmj.com/content/heartj…

What's New in HFpEF? @hvanspall discusses the latest in HFpEF with @AndrewJSauer and @RyanTedfordMD from #THT2024 ▶️Watch now on TCTMD! tctmd.com/videos/whats-n…

TCTMD's tweet image. What&apos;s New in HFpEF? @hvanspall discusses the latest in HFpEF with @AndrewJSauer and @RyanTedfordMD from #THT2024
▶️Watch now on TCTMD!   tctmd.com/videos/whats-n…


Read about the role of invasive exercise #hemodynamics in patients with symptomatic secondary #MR and discordant MR severity on resting #echocardiogram 👉 onlinecjc.ca/article/S0828-… #HCM #CJC

CJCJournals's tweet image. Read about the role of invasive exercise #hemodynamics in patients with symptomatic secondary #MR and discordant MR severity on resting #echocardiogram 👉 onlinecjc.ca/article/S0828-… #HCM #CJC

This review summarizes 💢 navigating diagnostic challenges of #HFpEF in setting of #AF 💢the #hemodynamics of HFpEF, with #heartrate & #rhythm implications 💢key drug & device #trials 💢drug classes that risk of AF in HFpEF 💢new RCTs @HeartOTXHeartMD heart.bmj.com/content/early/…

hvanspall's tweet image. This review summarizes
💢 navigating diagnostic challenges of #HFpEF in setting of #AF
💢the #hemodynamics of HFpEF, with #heartrate &amp;amp; #rhythm implications
💢key drug &amp;amp; device #trials 
💢drug classes that risk of AF in HFpEF
💢new RCTs
@HeartOTXHeartMD 
heart.bmj.com/content/early/…
hvanspall's tweet image. This review summarizes
💢 navigating diagnostic challenges of #HFpEF in setting of #AF
💢the #hemodynamics of HFpEF, with #heartrate &amp;amp; #rhythm implications
💢key drug &amp;amp; device #trials 
💢drug classes that risk of AF in HFpEF
💢new RCTs
@HeartOTXHeartMD 
heart.bmj.com/content/early/…
hvanspall's tweet image. This review summarizes
💢 navigating diagnostic challenges of #HFpEF in setting of #AF
💢the #hemodynamics of HFpEF, with #heartrate &amp;amp; #rhythm implications
💢key drug &amp;amp; device #trials 
💢drug classes that risk of AF in HFpEF
💢new RCTs
@HeartOTXHeartMD 
heart.bmj.com/content/early/…
hvanspall's tweet image. This review summarizes
💢 navigating diagnostic challenges of #HFpEF in setting of #AF
💢the #hemodynamics of HFpEF, with #heartrate &amp;amp; #rhythm implications
💢key drug &amp;amp; device #trials 
💢drug classes that risk of AF in HFpEF
💢new RCTs
@HeartOTXHeartMD 
heart.bmj.com/content/early/…

A review of clinical trial evidence to manage patients with HFPEF and #atrialfibrillation, led by PhD candidate @FaroVerelst & w strong support from @AndreasGevaert #HFpEF & #AF perpetuate each other, underpinned by shared risk factors & mechanisms heart.bmj.com/content/early/… 1/

hvanspall's tweet image. A review of clinical trial evidence to manage patients with HFPEF and #atrialfibrillation, led by PhD candidate @FaroVerelst &amp;amp; w strong support from @AndreasGevaert 

#HFpEF &amp;amp; #AF perpetuate each other, underpinned by shared risk factors &amp;amp; mechanisms

heart.bmj.com/content/early/…

1/


Explore strategies to optimise OR #Hemodynamics in high-risk patients. 💡Case-based insights, current #guidelines, expert opinions & advanced tools like #NIRS. 🗓️ 3 June 18:00 CEST 🗣️Bernd SAUGEL-@JulienPottecher 🔗 nataonline.com/monthly-live-w… #PBM

NATAforum's tweet image. Explore strategies to optimise OR #Hemodynamics in high-risk patients.
💡Case-based insights, current #guidelines, expert opinions &amp;amp; advanced tools like #NIRS. 
🗓️ 3 June 18:00 CEST
🗣️Bernd SAUGEL-@JulienPottecher 
🔗 nataonline.com/monthly-live-w…

#PBM

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