❤️🧲 Measuring heart attack scars? Your algorithm choice matters more than you think. New pig model study shows common methods miss the mark. pdf 👉 www.journalofcmr.com/article/S109... Dr. Sascha Kopic explains below 👇 #WhyCMR

❤️🧲 The heart muscle "glows" differently each heartbeat on MRI — this study show it's through-plane motion, not mystery, driving the flicker. ✨ pdf 👉 www.journalofcmr.com/article/S109... Dr. Tom Dresselaers explains below 👇 #WhyCMR

❤️🧲 Women's hearts work harder & change more with age — even when healthy. New MRI study reveals sex matters for normal heart strain values. pdf 👉 www.journalofcmr.com/article/S109... Dr. Rohit Pillai explains below 👇 #WhyCMR

❤️🧲 AI-boosted MRI captures the beating heart in 30 sec during exercise—reproducible across readers & repeat scans. A leap forward for stress cardiac imaging. pdf 👉 www.journalofcmr.com/action/showP... Dr. Fahime Ghanbari explain below 👇 #WhyCMR

❤️🧲 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

⏰ BREAKING NEWS ❤️‍🔥 The proceedings for the 2026 Annual Meeting of the Society for Cardiovascular Magnetic Resonance | SCMR are live via this link 👉 journalofcmr.com/issue/S1097-... The Journal hopes to connect with you in Rio de Janeiro!

❤️🧲 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