Celebrating 1 year of EHJ-IMP: imaging an open world

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As we mark the completion of our first year online, the European Heart Journal—Imaging Methods and Practice (EHJ-IMP) takes pride in its mission to visualize an open world where expertise converges to enhance patient care. Founded on principles of inclusivity, innovation, and collaboration, EHJ-IMP would like to facilitate the exchange of cutting-edge research, insights, and experiences in the cardiological community. At EHJ-IMP, we have guiding principles that shape our endeavour: (i) Facilitating dissemination: Through open access, we strive to bridge the gap between ground-breaking research and its accessibility to a wide readership in the field of cardiology. (ii) Inclusivity: EHJ-IMP embraces diverse perspectives and contributions from all corners of the cardiovascular imaging community from technological advancements to clinical breakthroughs. (iii) Stimulating communication: Through scientific updates and educational resources EHJ-IMP serves as a hub for collaboration, fostering interdisciplinary exchanges that drive progress in patient care. One year on from the first publication, we would like to highlight and celebrate some of the most important studies that were published in the first 12 months of the Journal. Cremer et al.1 evaluated the use of pericardial late gadolinium enhancement (LGE) as a biomarker in pericarditis. Recurrent pericarditis (RP) presents therapeutic challenges, necessitating novel biomarkers for risk stratification. In the RHAPSODY trial substudy, pericardial LGE association with pericarditis recurrence time was assessed. RHAPSODY, a Phase 3 trial on RP, included patients with active recurrence eligible for a cardiac magnetic resonance (CMR) imaging substudy. Moderate/severe LGE (n = 16) correlated with higher recurrence rates and CRP levels compared to trace/mild LGE (n = 9). Placebo recipients with moderate/severe LGE had shorter median recurrence time (4.2 weeks) than those with trace/mild LGE (10.7 weeks). Preliminary findings suggest pericardial LGE as a potential imaging biomarker for treatment duration and recurrence risk in RP, warranting larger studies to effectively validate LGE as a valuable prognostic tool in managing RP. Abdula et al.2 evaluated the use of accelerated CMR acquisition for pulmonary artery pressure estimation. Non-invasive estimation of mean pulmonary artery pressure (mPAP) using CMR is a promising approach. This study introduces a compressed sensing (CS) accelerated CMR acquisition technique, significantly reducing scan times while preserving accuracy. Fifty-one patients undergoing clinical CMR at 1.5 T or 3 T were scanned using both CS-accelerated and non-CS-accelerated flow sequences. Analysis of pulmonary artery (PA) vortex duration estimated mPAP. CS-accelerated and non-CS-accelerated methods yielded comparable mPAP estimates, with a mean bias of 0.1 ± 1.9 mmHg and an intraclass correlation coefficient of 0.97 (95% confidence interval 0.94–0.98). CS-accelerated acquisition significantly reduced scan time by 79% (1 min 55 s ± 27 s vs. 9 min 6 s ± 2 min 20 s, P < 0.001). By enhancing clinical utility, this innovation facilitates the broader adoption of CMR in assessing pulmonary haemodynamics, with potential implications for various pulmonary vascular disorders. Arvidsson et al.3 performed a non-invasive computation of left ventricular (LV) pressure–volume (PV) loops. LV PV loops, the gold standard for physiological insight, often necessitate invasive measurements of ventricular pressure, limiting their clinical and research utility. In this preliminary study, CMR and brachial cuff blood pressure for PV loop computation. Evaluation against invasive LV pressures in four heart failure (HF) patients revealed high fidelity, with strong correlation and minimal bias for various parameters including stroke work, potential energy, and ventricular efficiency. This approach enhances our understanding of ventricular mechanics and may inform clinical decision-making in HF management. HF remains one of the most important topics in cardiovascular disease, as demonstrated by these two papers. Systolic ejection time (SET) is a treatment target in HF with reduced left ventricular ejection fraction. Morbach et al.4 established reference values for heart rate-corrected SET (SETc) and assessed its prognostic value in decompensated HF. In the population-based STAAB study (4836 participants, mean age 55 ± 12 years, 52% women), mean SETc was 328 ± 18 ms, increasing with age (+4.7 ms per decade), was shorter in men and correlating with arterial elastance (r = 0.30; all P < 0.001). Hospitalized HF patients showed shorter SETc, with differences among HF subtypes. Proportional hazard regression revealed that in-hospital SETc prolongation predicted favourable outcomes in HFrEF (age- and sex-adjusted hazard ratio: 0.38; 95% confidence interval: 0.18–0.79) but adverse outcomes in HFpEF (hazard ratio: 2.39; 95% confidence interval: 1.24–4.64). These findings suggest a tailored treatment approach in HF patients based on individualized SETc assessment. The other paper on HF published by Simon et al.5 conducted on middle-aged UK Biobank participants without overt cardiovascular disease, aimed to explore the association between increased carotid intima-media thickness (IMT) and cardiac structure/function changes. In 4301 individuals (mean age 61.6 ± 7.5 years, 45.9% male), increasing IMT quartiles correlated with enlarged LV and right ventricular (RV) and left atrial volumes, higher LV mass, and decreased LV end-systolic circumferential strain, torsion, and atrial ejection fractions (all P < 0.05). These associations remained significant after adjustment for multiple confounders. The authors concluded that elevated carotid IMT independently associates with cardiac chamber enlargement, increased LV mass, and subtle LV dysfunction, indicating a potential for risk stratification and early detection of cardiac changes beyond traditional risk factors. Wu et al.6 performed a large-scale investigation on ascending aortic diameter in Asian populations that are lacking, as well as evidence on the distribution of hypertension (HP), bicuspid aortic valve (BAV), and Marfan syndrome (MFS). This study fills this gap by examining a vast dataset of individuals undergoing cardiac ultrasound in China. Data from 698 795 individuals undergoing cardiac ultrasound were retrospectively analysed, with 647 087 included. This study reveals age- and gender-related trends in ascending aortic diameter and elucidates the prevalence of aortic dilation, aneurysm, and dissection in hypertensive, BAV, and MFS populations. In the normal population, mean ascending aortic diameter was 28.1 ± 3.2 mm, increasing with age (P < 0.001). Prevalence of aortic dilation, aneurysm, and dissection in HP individuals was 12.83%, 2.70%, and 4.77%, respectively. MFS individuals showed rates of 43.92%, 35.31%, and 26.11%, respectively. BAV patients had high incidences of aortic dilation (37.00%) and aneurysm (16.46%), with low aortic dissection incidence (0.74%). Aortic dissection mainly occurred at diameters <55 mm. Overall, dissection incidence increased with aortic diameter, revealing an ‘aortic paradox’. The findings shed light on the distribution of aortic dimensions and underscore the significance of early detection and management of aortic pathologies in these populations. In this last paper, Alsharqui et al.7 used a Machine Learning approach for Cardiac Remodelling Assessment in Hypertension. In this paper, a novel semi-supervised machine learning approach was used to develop a summary score for cardiac remodelling in HP, aiming for early detection before significant left ventricular hypertrophy occurs. Using data from three UK studies on young adults, a contrastive trajectories inference method identified variance in 66 echocardiography variables between hypertensive and normotensive groups. A normalized score, indicating the extent of cardiac remodelling, was der

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