Journal of Cardiovascular Magnetic Resonance (JCMR)

❤️🧲 New imaging, fewer needles? The ADVOCATE-CMR study tests advanced MRI methods that may detect blocked heart arteries without contrast or radiation—potentially transforming CAD diagnosis and reducing unnecessary invasive procedures pdf 👉 www.journalofcmr.com/action/showP... #WhyCMR

❤️🧲 5T cardiac MRI takes a leap forward: first study establishes myocardial T1 reference values and detects heart disease with precision pdf 👉 www.journalofcmr.com/article/S109... Dr. Wang explains below 👇 #WhyCMR

❤️🧲 New AI-powered MRI correction tool boosts cardiovascular flow measurement accuracy to 87% while flagging unreliable scans in real time. pdf 👉 www.sciencedirect.com/science/arti... Dr. Ana Beatriz Solana explains below 👇 #WhyCMR

❤️🧲 New real-time cardiac MRI method captures heart function DURING exercise with sharper images, fewer motion artifacts, and better accuracy. pdf 👉 www.journalofcmr.com/article/S109... Dr. Preethi S Chandrasekarana explains below 👇 #WhyCMR

❤️🧲 ICDs can distort cardiac MRI—but high-bandwidth GRE cine offers a workaround. pdf 👉 www.journalofcmr.com/article/S109... Dr. Calder Sheagren explains below 👇 #WhyCMR

❤️🧲 No needle, no problem: synthetic ECV from CMR matches lab ECV (r≈0.9–0.95, <1% diff), enabling fast, noninvasive fibrosis assessment. pdf 👉 www.journalofcmr.com/article/S109... Dr. Naofumi Yasuda explains below 👇 #WhyCMR

❤️ 🧲 New 5-min MRI technique (SVR 4D flow) accurately measures blood flow in pediatric CHD— fast, accurate, no contrast needed. A promising step forward in cardiac imaging! pdf 👉 www.journalofcmr.com/article/S109... Dr. Valérie Béland explains below 👇 #WhyCMR

❤️ 🧲 Deep learning CMR uncovers 4 LV dysfunction patterns in repaired tetralogy of Fallot—septal strain loss and dyssynchrony signal higher risk of valve replacement. pdf 👉 www.journalofcmr.com/article/S109... Dr. Brendan T. Crabb explains below 👇 #WhyCMR

❤️ 🧲 First pediatric CMR norms for Chinese children reveal sex, age, and BSA effects—and smaller heart chambers vs. Caucasian peers. 🫀 pdf 👉 www.journalofcmr.com/article/S109... Dr. Ke Xu explains below 👇 #WhyCMR

❤️ 🧲 TA-BSM surgery improves left atrial function in HOCM. CMR shows reverse atrial remodeling, and LACI predicts which patients gain the most benefit. 🫀 pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 New dual-contrast CMR separates lung blood from tissue fluid, enabling noninvasive measurement of extravascular lung water—a key driver of pulmonary edema. pdf 👉 www.journalofcmr.com/article/S109... Dr. Felicia Seemann explains below 👇 #WhyCMR

❤️ 🧲 CMR radiomics reveals hidden tissue changes in dilated cardiomyopathy—linking MRI texture to biopsy-proven fibrosis, inflammation, and hypertrophy. pdf 👉 www.journalofcmr.com/article/S109... Dr. Amine Amyar explains below 👇 #WhyCMR

❤️ 🧲 Regadenoson stress CMR is safe in pediatric heart transplant patients under anesthesia—hypotension is common but easily managed. pdf 👉 www.journalofcmr.com/article/S109... Dr. Nikkan Das explains below 👇 #WhyCMR

🧲❤️ A simple handgrip + ultra-fast CMR strain imaging can detect heart ischemia—no drugs, no needles, less time. pdf 👉 www.journalofcmr.com/article/S109... Dr. Andreas Ochs explains below 👇 #WhyCMR

🧲❤️ A national survey shows China’s CMR use is rising fast—but long scan times, high costs & regional gaps limit access. pdf 👉 www.journalofcmr.com/article/S109... Dr. Minjie Lu explains below 👇 #WhyCMR

🧲❤️ Multicenter study finds fetal cardiac MRI quality improves with ≥32 weeks, low BMI, stable gating & 1.5T—boosting CHD diagnosis. pdf 👉 www.journalofcmr.com/article/S109... Dr. Thomas M. Vollbrecht explains below 👇 #WhyCMR

🧲 Faster cardiac MRI without losing detail ❤️ Advances in parallel imaging, compressed sensing & AI are reshaping dynamic CMR reconstruction. pdf 👉 www.journalofcmr.com/article/S109... Dr. Andrew Phair explains below 👇 #WhyCMR

❤️🧲 3D Dixon LGE CMR delivers robust whole-heart fat–fibrosis separation, but image quality is shaped by cardiac function, BMI, and ECG timing. pdf 👉 www.journalofcmr.com/article/S109... Dr. Johanna Kuhnt explains below 👇 #WhyCMR

❤️ 🧲 DENSE-SIM simulates realistic cardiac MRI strain with ground truth, exposing bias in current analysis and paving the way for better, data-driven strain tools 📈 pdf 👉 www.journalofcmr.com/article/S109... Dr. Hugo Barbaroux explains below 👇 #WhyCMR

❤️🧲 4D flow MRI reveals that disturbed blood flow in distal brain arteries—low shear stress, high residence time—predicts poor recovery after MCA stroke. pdf 👉 www.journalofcmr.com/article/S109... Dr. Zhensen Chen explains below 👇 #WhyCMR

❤️🧲 Machine learning–powered CMR uncovers drivers of RV remodeling in repaired Tetralogy of Fallot—LV function predicts risk, PVR promotes recovery pdf 👉 www.journalofcmr.com/article/S109... Dr. Walter Witschey explains below 👇 #WhyCMR

❤️🧲 Stress CMR helps decode elevated troponin in ED chest pain—safe, fast, fewer admissions, new diagnoses, zero events at 90 days. pdf 👉 www.journalofcmr.com/article/S109... Dr. Joanna Cavalier explains below 👇 #WhyCMR

❤️ 🧲 Which imaging markers truly reflect heart stiffness? In rats, CMR beats echo—LA function, strain rates, and T1 best track LV stiffness. pdf 👉 www.journalofcmr.com/action/showP... Dr. Emil Knut Stenersen Espe explains below 👇 #WhyCMR

❤️🧲 Wilson’s disease patients can have hidden heart damage: diffuse fibrosis, impaired microvascular perfusion, and subtle systolic dysfunction—despite no symptoms. pdf 👉 www.journalofcmr.com/action/showP... Dr. Jannike Nickander explains below 👇 #WhyCMR

❤️🧲 CMR can quantify blood flow accurately: pixel-wise perfusion mapping matches ¹⁵O-water PET, with Fermi & Tofts models performing best. pdf 👉 www.journalofcmr.com/action/showP... Dr. Masafumi Takafuji explains below 👇 #WhyCMR

❤️🧲 Deep learning enables referenceless 4D flow CMR—cutting scan time by 25% while preserving accurate cardiac blood flow measurements. pdf 👉 www.journalofcmr.com/article/S109... Dr. Chiara Trenti explains below 👇 #WhyCMR

❤️ 🧲 Where you measure matters: 4D flow CMR quantification of mitral regurgitation is most reliable near the vena contracta—standardization is key. pdf 👉 www.journalofcmr.com/article/S109... Dr. Jeesoo Lee explains below 👇 #WhyCMR

❤️ 🧲 UK survey: 1 in 5 CMR centers still deny contrast scans to advanced CKD patients—despite ultra-low NSF risk and no cases in 10 years. pdf 👉 www.journalofcmr.com/article/S109... Dr. William Moody explains below 👇 #WhyCMR

❤️ 🧲 Real-time cardiac MRI without breath-holds or ECG gating? 🫀 AI jointly reconstructs & segments images in minutes—robust even in arrhythmia. pdf 👉 www.journalofcmr.com/article/S109... Dr. Tobias Wech explains below 👇 #WhyCMR

❤️ 🧲 CMR T2 mapping predicts survival in AL amyloidosis—even after strong treatment response. Myocardial edema flags hidden risk beyond biomarkers. pdf 👉 www.journalofcmr.com/article/S109... Dr. Yining Wang explains below 👇 #WhyCMR

❤️🧲 Low-field MRI breakthrough: real-time fetal heart imaging at 0.55T—no gating, no breath-holds—shows anatomy & motion with 84% diagnostic agreement. pdf 👉 www.journalofcmr.com/article/S109... Dr. Ye Tian explains below 👇 #WhyCMR

❤️ 🧲 COVID-19 doesn’t leave lasting heart damage in most people. UK Biobank data show pre-existing heart health matters more than infection itself. pdf 👉 www.journalofcmr.com/article/S109... Dr. Steffen E. Petersen explains below 👇 #WhyCMR

❤️🧲 One scan, no contrast: a new CMR method maps heart microstructure and microvascular perfusion together, safely and in vivo. pdf 👉 www.journalofcmr.com/article/S109... Dr. Camila Munoz explains below 👇 #WhyCMR

❤️ 🧲 AI slashes CMRA processing time from minutes to seconds—accurately mapping coronary arteries and spotting disease with 94% sensitivity. 🚀 pdf 👉 www.journalofcmr.com/article/S109... Dr. Lu Lin explains below 👇 #WhyCMR

❤️ 🧲 One breath-hold, two maps, three slices: SMS-Multimapping makes cardiac MRI faster, clearer, and more patient-friendly. 🚀 pdf 👉 www.journalofcmr.com/article/S109... Dr. Chenxi Hu explains below 👇 #WhyCMR

❤️🧲 AI + dual-phase MRI = clearer heart scans. New 2P-SSFP method wipes out banding/flow artifacts and boosts image quality—even in tough LA regions. pdf 👉 www.journalofcmr.com/article/S109... Dr. Chenxi Hu explains below 👇 #WhyCMR

❤️ 🧲 CMR-derived RVEF predicts outcomes across heart diseases, but strong evidence holds only for HCM, DCM, PH & AS—more data needed for the rest. pdf 👉 www.journalofcmr.com/article/S109... Dr. Tetsuji Kitano explains below 👇 #WhyCMR

❤️🧲 Diffuse heart fibrosis—not valve leakage—drives dangerous arrhythmias in MVP, especially in women. CMR ECV mapping reveals a hidden myopathic risk. pdf 👉 www.journalofcmr.com/article/S109... Dr. Lionel Tastet explains below 👇 #WhyCMR

❤️ 🧲 Cardiac diffusion MRI is stepping into the spotlight—letting us map the heart’s microstructure in vivo. This SCMR consensus spells out how to use it, read it, and push it forward. pdf 👉 www.journalofcmr.com/article/S109... Dr. Erica Dall’Armellina explains below 👇 #WhyCMR

❤️ 🧲 Long-term MRI study finds the systemic right ventricle changes little over ~9 years—but with big variability between patients. pdf 👉 www.journalofcmr.com/article/S109... Dr. Jonathan Kochav explains below 👇 #WhyCMR

❤️ 🧲Can CMR scans reveal kidney damage in Fabry disease? This study found no kidney cortex changes on T1 maps—but higher medulla T1 hints at early hyperfiltration. pdf 👉 journalofcmr.com/article/S109... Dr. Nickander explains below👇 #WhyCMR

❤️ 🧲 🚀 New CMR breakthrough: a free-breathing 3D T1/T2 mapping scan diagnoses myocarditis in under 9 minutes—no breath-holds, full-heart coverage, and accuracy matching standard methods. pdf 👉 www.journalofcmr.com/article/S109... Dr. Alina Hua explains below 👇 #WhyCMR

❤️ 🧲 New study shows fetal MRI with feature tracking can measure heart strain across congenital heart disease types. A promising tool to complement ultrasound and refine prenatal care. 🫀 pdf 👉 www.journalofcmr.com/article/S109... Dr. Vollbrecht explains below 👇 #WhyCMR

❤️ 🧲 A 4-min AI-powered 3D MRI scan can now track the aorta’s motion in stunning detail. Accurate, fast, and contrast-free imaging could transform how we study aortic disease and biomechanics.🚀 pdf 👉 www.journalofcmr.com/article/S109... Dr. Renske Merton explains below 👇 #WhyCMR

❤️ 🧲Young kidney transplant recipients show early signs of heart damage: MRI scans reveal elevated native T1 times—evidence of hidden myocardial fibrosis—even when heart size looks normal. pdf 👉 www.journalofcmr.com/article/S109... Dr. Tim Alexander Ubenauf explains below👇 #WhyCMR

❤️ 🧲How does heart surgery reshape blood flow? 4D flow MRI shows what surgery fixes—and what it doesn’t. pdf 👉 www.journalofcmr.com/article/S109... Dr. Lydia Dux-Santoy explains below👇 #WhyCMR

❤️ 🧲 The SCMR Registry has hit 150,000 CMR scans—nearly 300M images advancing real-world heart research. It’s transforming how we study, diagnose, and improve cardiovascular care. pdf 👉 www.journalofcmr.com/article/S109... Dr. Matthew S. Tong explains below 👇 #WhyCMR

❤️ 🧲 New study maps how healthy aortic blood flow changes with age and sex using 4D flow MRI. A vital step toward spotting early aortic disease! Dr. Ramaekers explains below 👇 pdf 👉 www.journalofcmr.com/action/showP... #WhyCMR

❤️ 🧲 🚀 Faster heart scans ahead! A generative #AI model (REGAIN) boosts sharpness in accelerated late gadolinium enhancement #CMR, cutting scan time by >50% without losing image quality. Free pdf 👉 www.journalofcmr.com/article/S109... #CardioSky

❤️ 🧲 In pediatric heart transplant recipients, elevated T1, T2, and ECV on CMR predict worse outcomes—even before symptoms. This may be key to safer, smarter surveillance. Dr. Andrew Lawson explains below 👇 Free pdf 👉https://www.journalofcmr.com/article/S1097-6647(24)01165-7/fulltext #WhyCMR

❤️ 🧲 New CMR method models the heart’s untwisting like a damped spring—non-invasively measuring LV stiffness with strong links to invasive metrics. Catheter-less tool for assessing diastolic function! dr. Lloyd explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 New study in JCMR: LV shape modeling in hypoplastic hearts shows wide variation, but no predictive power for BIV repair outcomes. Instead, RV mass and EFE emerged as key prognostic markers. dr. Beroukhim explains below👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 Delayed 3D IR FLASH: More than myocardial fibrosis! Study shows excellent lower airway imaging in kids, plus 21% airway anomalies detected—no extra radiation! A promising CMR tool for CHD patients. Dr. Christoper Lam explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 Survey: Pediatric myocarditis CMR diagnosis underused (35%). Revised Lake Louise Criteria adopted by most, but lack pediatric parametric mapping data limits consistency. Call for standardized protocols! Dr. Johnson explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 First Fontan-specific CMR z-scores are here! Derived from >3800 scans, these metrics offer tailored benchmarks for single ventricle patients, aiding risk stratification post-Fontan. Tarek Alsaied explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 New in JCMR: 3D VFA-TSE MR vessel wall imaging validated against histology for carotid plaques—accurately detects LRNC, IPH & CA. Strong correlations & reproducibility! Jiacheng Liu explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 New at 0.55T: PC-SSFP beats PC-GRE for aortic flow! Higher SNR, accurate stroke volume in a single 20s breath-hold. Low-field CMR just got sharper. Jie Xiang explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 Big leap for AI in cardiac MRI! DAUGS framework boosts deep learning segmentation across multi-center stress perfusion datasets, overcoming scanner & protocol differences. Details by Dilek Yalcinkaya 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR #CardioTwitter

❤️ 🧲 New research demonstrates feasibility of MRI-guided cardiac catheterization, angioplasty, and stenting on a 0.55T scanner. Dr. Aimee Armstrong explains below 👇 Free pdf 👉 journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 New review in @journalofcmr.bsky.social highlights how CMR 3D morphology, biomechanics, and molecular imaging can revolutionize thoracic aortopathy risk stratification. James Nadel explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 🧠 This JCMR review dives into cutting-edge CMR techniques and their role in the overlooked chamber in cardiac imaging, the left atrium. A must-read for cardiologists and radiologists! ​ Mohamed Elbaz explains below 👇 Free pdf 👉 www.journalofcmr.com/article/S109... #WhyCMR

❤️ 🧲 Hyperpolarized [1-13C]pyruvate CMR detects metabolic shifts in heart failure, predicts recovery in IHD, and offers new tools for personalized care. @chris_laustsen explains below 👇 Free pdf 👉https://www.journalofcmr.com/article/S1097-6647(24)01122-0/fulltext #WhyCMR

New SCMR recommendations promote sustainable CMR practices to reduce healthcare's carbon footprint. @katehanneman.bsky.social explains below 👇 Free pdf of the paper 👉 www.journalofcmr.com/article/S109... Audio summary 👉 open.spotify.com/episode/4yju... #SustainableHealthcare #WhyCMR #SCMR2025

New study reveals assessing right ventricular dyssynchrony from multiple CMR views significantly predicts outcomes in PAH patients, enhancing prognostic accuracy. Dr. Ellen Ostenfeld explains below 👇 #WhyCMR #CardiacMRI Free full text pdf via the linkl 👉 www.journalofcmr.com/article/S109...