This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynamic benefits of #PCI. Post-PCI physiology should be routinely performed in diffuse & serial disease. https://t.co/oKY788cJrE @divaka_perera @mattlkw #JACCINT https://t.co/5KtQpjam6G
Randomized Comparison of Fractional Flow Reserve and Instantaneous Wave Free Ratio in Serial Disease.
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Jul 2025 – Aug 2025Where it's discussed
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X / Twitter51 posts
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YouTube3 videos
AI synopsis
What people are saying
The collective discussions show strong support for the study's findings, with participants emphasizing the need for post-PCI physiology reassessment. The tone varies from professional acclaim, like 'great work' and 'brilliant summary,' to technical analysis of overestimations in hemodynamic benefits, demonstrating both high interest and active engagement in clinical implications.
Most discussions support the findings that FFR and iFR may overestimate PCI benefits and emphasize the importance of post-PCI physiology assessment.
Posts demonstrate high interest by highlighting the novelty of the comparison and its implications for clinical practice.
Several discussions delve into specific results, such as overestimation of benefits and residual ischemia, indicating active engagement.
The discussions suggest the study could influence clinical protocols, emphasizing routine post-PCI assessments, which has a moderate yet meaningful impact.
Abstract in brief
- The study compares Fractional Flow Reserve (FFR) and instantaneous wave-free ratio (iFR) in predicting the effectiveness of percutaneous coronary intervention (PCI) for patients with complex coronary artery issues.
- It found that iFR provided more accurate predictions of post-PCI physiological outcomes than FFR, with less predictive error (4% vs. 12%).
- The results suggest that both FFR and iFR can overlook significant residual disease in a notable percentage of cases, highlighting the importance of re-evaluating these metrics after PCI in patients with serial disease.
Top posts
Most liked on X and BlueskyGreat work by the SERIAL Trial investigators
@divaka_perera shares insights from the SERIAL study: 1st randomized comparison of #FFR & #iFR in serial CAD
What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL trial by @mattlkw! https://t.co/aDbUGDfnOd https://t.co/A5pnZxVv45
In serial #cvCAD, both FFR & iFR pullbacks overestimate PCI benefit. Post-PCI physiology should be standard in diffuse/serial disease. Read @JACCJournals: https://t.co/Rf1HrMWb2y @divaka_perera @mattlkw #JACCINT #InterventionalCardiology https://t.co/Cr8Mb1S44B
All mentions
Comparing FFR and iFR in Complex Coronary Disease Evaluation
This study assesses the performance of fractional flow reserve and instantaneous wave-free ratio in serial and diffuse coronary disease, highlighting iFR's superior predictive accuracy for post-PCI outcomes and…
Comparison of FFR and iFR in Serial Coronary Disease Diagnosis
Divaka Perera MD and F Aaysha Cader MBBS MD MSc FACC discuss the SERIAL study, the first randomized comparison of FFR and iFR in serial coronary artery disease, highlighting iFR's superior accuracy in predicting…
Comparison of FFR and iFR in Serial Coronary Disease Evaluation
Dr. Divaka Perera discusses the SERIAL study, the first randomized comparison of FFR and iFR in serial coronary artery disease, highlighting the predictive accuracy of iFR over FFR in post-PCI outcomes and the need for…
RT @MissouriACC: In serial #cvCAD, both FFR & iFR pullbacks overestimate PCI benefit. Post-PCI physiology should be standard in diffuse/ser…
RT @MissouriACC: In serial #cvCAD, both FFR & iFR pullbacks overestimate PCI benefit. Post-PCI physiology should be standard in diffuse/ser…
In serial #cvCAD, both FFR & iFR pullbacks overestimate PCI benefit. Post-PCI physiology should be standard in diffuse/serial disease. Read @JACCJournals: https://t.co/xSkA52YswA @divaka_perera @mattlkw #JACCINT #InterventionalCardiology https://t.co/vsvzyOxFkC
In serial #cvCAD, both FFR & iFR pullbacks overestimate PCI benefit. Post-PCI physiology should be standard in diffuse/serial disease. Read @JACCJournals: https://t.co/Rf1HrMWb2y @divaka_perera @mattlkw #JACCINT #InterventionalCardiology https://t.co/Cr8Mb1S44B
In serial #cvCAD, both FFR & iFR pullbacks overestimate PCI benefit. Post-PCI physiology should be standard in diffuse/serial disease. Read @JACCJournals: https://t.co/3bSQoZIPkn @divaka_perera @mattlkw #JACCINT #InterventionalCardiology https://t.co/2Sun2or76v
In serial #cvCAD, both FFR & iFR pullbacks overestimate PCI benefit. Post-PCI physiology should be standard in diffuse/serial disease. Read @JACCJournals: https://t.co/nfXuATRXEG @divaka_perera @mattlkw #JACCINT #InterventionalCardiology https://t.co/OilSwUbK7Z
Pullback gradients (FFRΔ, iFRΔ) significantly overestimate PCI benefit in serial/diffuse CAD, missing residual ischemia in ~1/3 of cases. FFRcalc performed better, but post-PCI FFR/iFR reassessment remains essential.
RT @DrOzanDemir: Great work by the SERIAL Trial investigators
Great work by the SERIAL Trial investigators
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @aayshacader: @divaka_perera shares insights from the SERIAL study: 1st randomized comparison of #FFR & #iFR in serial CAD
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @mattlkw:
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @aayshacader: @divaka_perera shares insights from the SERIAL study: 1st randomized comparison of #FFR & #iFR in serial CAD
RT @UKheartresearch: What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL tri…
RT @mattlkw:
RT @mattlkw:
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @mattlkw:
RT @UKheartresearch: What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL tri…
RT @aayshacader: @divaka_perera shares insights from the SERIAL study: 1st randomized comparison of #FFR & #iFR in serial CAD
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @mattlkw:
RT @aayshacader: @divaka_perera shares insights from the SERIAL study: 1st randomized comparison of #FFR & #iFR in serial CAD
RT @aayshacader: @divaka_perera shares insights from the SERIAL study: 1st randomized comparison of #FFR & #iFR in serial CAD
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @mattlkw:
RT @UKheartresearch: What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL tri…
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
@divaka_perera shares insights from the SERIAL study: 1st randomized comparison of #FFR & #iFR in serial CAD
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @mattlkw:
RT @UKheartresearch: What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL tri…
RT @mattlkw:
RT @UKheartresearch: What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL tri…
RT @UKheartresearch: What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL tri…
What better way to launch our @YouTube channel https://t.co/3tBw1ZZCUT than with a brilliant summary of the SERIAL trial by @mattlkw! https://t.co/aDbUGDfnOd https://t.co/A5pnZxVv45
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
RT @JACCJournals: This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynam…
This first randomized comparison of FFR & iFR in serial #cvCAD shows that both FFR & iFR pullbacks overestimate hemodynamic benefits of #PCI. Post-PCI physiology should be routinely performed in diffuse & serial disease. https://t.co/oKY788cJrE @divaka_perera @mattlkw #JACCINT https://t.co/5KtQpjam6G
RT @mattlkw:
RT @mattlkw:
RT @mattlkw:
RT @mattlkw:
RT @mattlkw: