Magnetic resonance imaging in lymphedema: Opportunities, challenges, and future perspectives [0.03%]
淋巴水肿的磁共振成像：机遇、挑战和未来展望
Xiaolu Ren,Ling Li
Xiaolu Ren
Magnetic resonance imaging (MRI) has become a pivotal non-invasive tool in the evaluation and management of lymphedema. This review systematically summarizes its current applications, highlighting imaging techniques, comparative advantages ...
Rapid renal MR fingerprinting for characterizing chronic kidney disease: A feasibility study [0.03%]
快速肾脏磁共振指纹技术在慢性肾病表征中的可行性研究
Shuai Shan,Li Qian,Nan-Nan Zhang et al.
Shuai Shan et al.
Purpose: The aim of this prospective study was to investigate the feasibility of rapid renal MRF-based quantitative mapping for noninvasive assessment of renal functional and microstructural characteristics in patients wi...
Deep-learning reconstruction for noise reduction in respiratory-triggered single-shot phase sensitive inversion recovery myocardial delayed enhancement cardiac magnetic resonance [0.03%]
基于深度学习重建的心肌延迟强化磁共振成像的呼吸触发单次激发相敏反转恢复序列降噪方法
Maxine Tang,Haonan Wang,Shuo Wang et al.
Maxine Tang et al.
Background: Phase-sensitive inversion recovery late gadolinium enhancement (LGE) improves tissue contrast, however it is challenging to combine with a free-breathing acquisition. Deep-learning (DL) algorithms have growing...
Abnormal spontaneous brain activity of white matter in patients with cerebral small vessel disease [0.03%]
小血管病患者脑白质异常自发脑活动研究
Jurong Ding,Lihong Li,Mei Yang et al.
Jurong Ding et al.
Cerebral small vessel disease (CSVD) is a nervous system disease caused by small vessel lesions in the brain. The abnormal changes in white matter (WM) function in patients with CSVD remained unclear. Therefore, the purpose of this research...
MRASM: A multiscale residual attention spatiotemporal model for breast tumor prediction [0.03%]
一种用于乳腺肿瘤预测的多尺度残差注意力时空模型
Liangliang Zhang,Hang Zheng,Jiawei Liu et al.
Liangliang Zhang et al.
Background: Spatial features and temporal features derived from dynamic contrast-enhanced magnetic resonance imaging (DCE-MRI) are both useful for the prediction of tumor information. However, it remains unclear whether d...
Lucas Oswald,Julian Rauch,Frederik B Laun et al.
Lucas Oswald et al.
Nuclear magnetic resonance diffusion methods are powerful tools for investigating the underlying structure of materials or tissues. Diffusion pore imaging (DPI) provides access to information about the geometric shape of pores containing di...
Exploiting four-way phase-encoding benefits for robust detection and correction of EPI artifacts: Application to residual ghosts in -diffusion 0MRI [0.03%]
利用四相位编码优势进行EPI伪影的稳健检测和修正：在扩散加权MRI中的剩余鬼影应用
Anh Thai,Lin Ching Chang,Carlo Pierpaoli et al.
Anh Thai et al.
Purpose: To propose and develop an image processing-based methodology for detecting and correcting residual Nyquist ghost artifacts in echo planar imaging (EPI), specifically using non-diffusion-weighted (b=0s/mm2) images...
Segmental evaluation of myocardial ischemia in stable coronary artery disease using native T1 mapping [0.03%]
原T1图绘制在稳定型冠状动脉疾病节段性心肌缺血评价中的应用
Runlan Luo,Qi&#x;&#x;an Sun,Yi Zhao et al.
Runlan Luo et al.
Objective: To evaluate the myocardial ischemic segments and related factors in stable coronary artery disease (SCAD) patients by native T1 mapping. Method...
Evaluating placental microstructure and microcirculation in predicting the progression of gestational hypertension to preeclampsia: a systematic comparison between virtual MR elastography, IVIM, ultrasound and lab indexes [0.03%]
评估胎盘微结构和微循环在预测妊娠高血压进展为子痫前期中的价值：虚拟MR弹性成像、IVIM、超声及实验室指标的系统比较
Jing Deng,Jiacheng Song,Aining Zhang et al.
Jing Deng et al.
Objective: We aimed to utilize functional magnetic resonance imaging (fMRI), including placental virtual magnetic resonance elastography (vMRE), intravoxel incoherent motion (IVIM) parameters, MRI morphological parameters...
Diffusion basis spectrum imaging detects axonal injury in the optic nerve following traumatic brain injury [0.03%]
扩散基础光谱成像检测脑外伤后视神经轴突损伤情况
Raj Swaroop Lavadi,Kainen L Utt,Stephen N Housley et al.
Raj Swaroop Lavadi et al.
Purpose: To utilize diffusion basis spectrum imaging (DBSI), an advanced imaging modality that has been shown to distinguish between co-occurring white matter pathologies, to discern changes in the optic nerves among pati...